際際滷shows by User: vivatechijri / http://www.slideshare.net/images/logo.gif 際際滷shows by User: vivatechijri / Thu, 10 Oct 2024 04:24:13 GMT 際際滷Share feed for 際際滷shows by User: vivatechijri Design and Implementation of Water Garbage Cleaning Robot /slideshow/design-and-implementation-of-water-garbage-cleaning-robot/272310801 elec13-241010042413-37cacc62
It describes the design of a robot for cleaning solid waste floating materials on the water surface. The motive of the robot is to clean swimming pools, ponds, and lakes. This robot describes designing of a structure that can provide high stability and can easily collect floating particles. Because if floating particles carry on to glide on the water's surface it leads to the amount of sunlight passing through the water being reduced due to which photosynthesis slows down which leads to less dissolving of O2 in water bodies. Hence, there is necessary to separate this floating material or particles from water bodies. Water Garbage Cleaning Robot is an attempt to clean the floating material from the water's surface. This robot consists of a conveyer belt to drag floating materials, uses a renewable source (solar panel) to operate its machine, Arduino Uno, sensors, motor driver, Bluetooth module, etc. This robot will help to clean the trash and maintenance of cleanliness of the water with minimum cost as well as minimum human effort]]>

It describes the design of a robot for cleaning solid waste floating materials on the water surface. The motive of the robot is to clean swimming pools, ponds, and lakes. This robot describes designing of a structure that can provide high stability and can easily collect floating particles. Because if floating particles carry on to glide on the water's surface it leads to the amount of sunlight passing through the water being reduced due to which photosynthesis slows down which leads to less dissolving of O2 in water bodies. Hence, there is necessary to separate this floating material or particles from water bodies. Water Garbage Cleaning Robot is an attempt to clean the floating material from the water's surface. This robot consists of a conveyer belt to drag floating materials, uses a renewable source (solar panel) to operate its machine, Arduino Uno, sensors, motor driver, Bluetooth module, etc. This robot will help to clean the trash and maintenance of cleanliness of the water with minimum cost as well as minimum human effort]]>
Thu, 10 Oct 2024 04:24:13 GMT /slideshow/design-and-implementation-of-water-garbage-cleaning-robot/272310801 vivatechijri@slideshare.net(vivatechijri) Design and Implementation of Water Garbage Cleaning Robot vivatechijri It describes the design of a robot for cleaning solid waste floating materials on the water surface. The motive of the robot is to clean swimming pools, ponds, and lakes. This robot describes designing of a structure that can provide high stability and can easily collect floating particles. Because if floating particles carry on to glide on the water's surface it leads to the amount of sunlight passing through the water being reduced due to which photosynthesis slows down which leads to less dissolving of O2 in water bodies. Hence, there is necessary to separate this floating material or particles from water bodies. Water Garbage Cleaning Robot is an attempt to clean the floating material from the water's surface. This robot consists of a conveyer belt to drag floating materials, uses a renewable source (solar panel) to operate its machine, Arduino Uno, sensors, motor driver, Bluetooth module, etc. This robot will help to clean the trash and maintenance of cleanliness of the water with minimum cost as well as minimum human effort <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec13-241010042413-37cacc62-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> It describes the design of a robot for cleaning solid waste floating materials on the water surface. The motive of the robot is to clean swimming pools, ponds, and lakes. This robot describes designing of a structure that can provide high stability and can easily collect floating particles. Because if floating particles carry on to glide on the water&#39;s surface it leads to the amount of sunlight passing through the water being reduced due to which photosynthesis slows down which leads to less dissolving of O2 in water bodies. Hence, there is necessary to separate this floating material or particles from water bodies. Water Garbage Cleaning Robot is an attempt to clean the floating material from the water&#39;s surface. This robot consists of a conveyer belt to drag floating materials, uses a renewable source (solar panel) to operate its machine, Arduino Uno, sensors, motor driver, Bluetooth module, etc. This robot will help to clean the trash and maintenance of cleanliness of the water with minimum cost as well as minimum human effort
Design and Implementation of Water Garbage Cleaning Robot from vivatechijri
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Software Development Using Python Language For Designing Of Servomotor /slideshow/software-development-using-python-language-for-designing-of-servomotor/272310746 elec11-241010042301-8d6f5cc8
: A servomotor ( or servo motor) is a rotary or direct knob that allows precise control of angular or direct position, rapidness, and acceleration. It consists of a suitable motor coupled to a position feedback detector. Servomotors have high strand capabilities. Servomotors are also known as control motors. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. This system focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing. Servo Motors have high strand capabilities. Servomotors are also known as control motors. Unlike large mechanical motors, they aren't used for running energy conversion but only for precise speed and precise position control at high strands. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. It also aims at combining a servo motor with. In order to meet the demands of high accuracy, rliableness and real- time control of servo motors we've proposed this design. This design focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing and control system]]>

: A servomotor ( or servo motor) is a rotary or direct knob that allows precise control of angular or direct position, rapidness, and acceleration. It consists of a suitable motor coupled to a position feedback detector. Servomotors have high strand capabilities. Servomotors are also known as control motors. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. This system focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing. Servo Motors have high strand capabilities. Servomotors are also known as control motors. Unlike large mechanical motors, they aren't used for running energy conversion but only for precise speed and precise position control at high strands. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. It also aims at combining a servo motor with. In order to meet the demands of high accuracy, rliableness and real- time control of servo motors we've proposed this design. This design focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing and control system]]>
Thu, 10 Oct 2024 04:23:01 GMT /slideshow/software-development-using-python-language-for-designing-of-servomotor/272310746 vivatechijri@slideshare.net(vivatechijri) Software Development Using Python Language For Designing Of Servomotor vivatechijri : A servomotor ( or servo motor) is a rotary or direct knob that allows precise control of angular or direct position, rapidness, and acceleration. It consists of a suitable motor coupled to a position feedback detector. Servomotors have high strand capabilities. Servomotors are also known as control motors. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. This system focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing. Servo Motors have high strand capabilities. Servomotors are also known as control motors. Unlike large mechanical motors, they aren't used for running energy conversion but only for precise speed and precise position control at high strands. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. It also aims at combining a servo motor with. In order to meet the demands of high accuracy, rliableness and real- time control of servo motors we've proposed this design. This design focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing and control system <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec11-241010042301-8d6f5cc8-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> : A servomotor ( or servo motor) is a rotary or direct knob that allows precise control of angular or direct position, rapidness, and acceleration. It consists of a suitable motor coupled to a position feedback detector. Servomotors have high strand capabilities. Servomotors are also known as control motors. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. This system focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing. Servo Motors have high strand capabilities. Servomotors are also known as control motors. Unlike large mechanical motors, they aren&#39;t used for running energy conversion but only for precise speed and precise position control at high strands. The main aim of this design is to experimentally demonstrate the modelling and designing of servo motor using a python rested graphical user interface. It also aims at combining a servo motor with. In order to meet the demands of high accuracy, rliableness and real- time control of servo motors we&#39;ve proposed this design. This design focuses on the parameter setting, analog and digital accession, programming and HMI( Human Machine Interface) with GUI( Graphical User Interface) setting of servo motor designing and control system
Software Development Using Python Language For Designing Of Servomotor from vivatechijri
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GSM Based Controlling and Monitoring System of UPS Battery /slideshow/gsm-based-controlling-and-monitoring-system-of-ups-battery/272182459 elec14-241004054312-b6b5c5a8
In remote area we know that Power crisis and load shedding is the major problem. Because of this Power crisis we did not reach to our maximum potential we lost the process ef iciency and productivity of our organization is also drop. To overcome from this type of problems we have many equipment to get backup to save our industrial projects and domestic work. We called This type of device UPS (Uninterruptable power supply) We have to monitor the UPS continuously and this is very dif icult and when manual error occurs this leads to UPS fail. These leads to losses of productivity. human error like if engineer is not available to get the readings of UPS this fail can occurs. Today in every scale of industrial sections as well as business area it has use of the UPS system has increased in day by day life the main purpose of this system it is to control as well as Monitor the UPS system batteries with remotely using the various sensors like ZMPT101B AC voltage sensors and VCC25 DC voltage sensors microcontroller GSM module and current sensor so UPS modelling and control system it is a very important for day to day life it is used like in IT sectors and also medical sector. Our project is the idea which is very useful for electronic equipment system which runs on battery based power supply by adapting this system the users can monitor and also control the UPS system in this microcontroller will continuously monitoring the voltage and in case voltage is dropped below the set value then this system is alerts the provider provided to the user through GSM in form of SMS this is the it is helps to increase the ef iciency of UPS with provide the remote monitoring feature. The system is particularly describes the ups battery monitoring system will be performed by cloud computing. ]]>

In remote area we know that Power crisis and load shedding is the major problem. Because of this Power crisis we did not reach to our maximum potential we lost the process ef iciency and productivity of our organization is also drop. To overcome from this type of problems we have many equipment to get backup to save our industrial projects and domestic work. We called This type of device UPS (Uninterruptable power supply) We have to monitor the UPS continuously and this is very dif icult and when manual error occurs this leads to UPS fail. These leads to losses of productivity. human error like if engineer is not available to get the readings of UPS this fail can occurs. Today in every scale of industrial sections as well as business area it has use of the UPS system has increased in day by day life the main purpose of this system it is to control as well as Monitor the UPS system batteries with remotely using the various sensors like ZMPT101B AC voltage sensors and VCC25 DC voltage sensors microcontroller GSM module and current sensor so UPS modelling and control system it is a very important for day to day life it is used like in IT sectors and also medical sector. Our project is the idea which is very useful for electronic equipment system which runs on battery based power supply by adapting this system the users can monitor and also control the UPS system in this microcontroller will continuously monitoring the voltage and in case voltage is dropped below the set value then this system is alerts the provider provided to the user through GSM in form of SMS this is the it is helps to increase the ef iciency of UPS with provide the remote monitoring feature. The system is particularly describes the ups battery monitoring system will be performed by cloud computing. ]]>
Fri, 04 Oct 2024 05:43:12 GMT /slideshow/gsm-based-controlling-and-monitoring-system-of-ups-battery/272182459 vivatechijri@slideshare.net(vivatechijri) GSM Based Controlling and Monitoring System of UPS Battery vivatechijri In remote area we know that Power crisis and load shedding is the major problem. Because of this Power crisis we did not reach to our maximum potential we lost the process ef iciency and productivity of our organization is also drop. To overcome from this type of problems we have many equipment to get backup to save our industrial projects and domestic work. We called This type of device UPS (Uninterruptable power supply) We have to monitor the UPS continuously and this is very dif icult and when manual error occurs this leads to UPS fail. These leads to losses of productivity. human error like if engineer is not available to get the readings of UPS this fail can occurs. Today in every scale of industrial sections as well as business area it has use of the UPS system has increased in day by day life the main purpose of this system it is to control as well as Monitor the UPS system batteries with remotely using the various sensors like ZMPT101B AC voltage sensors and VCC25 DC voltage sensors microcontroller GSM module and current sensor so UPS modelling and control system it is a very important for day to day life it is used like in IT sectors and also medical sector. Our project is the idea which is very useful for electronic equipment system which runs on battery based power supply by adapting this system the users can monitor and also control the UPS system in this microcontroller will continuously monitoring the voltage and in case voltage is dropped below the set value then this system is alerts the provider provided to the user through GSM in form of SMS this is the it is helps to increase the ef iciency of UPS with provide the remote monitoring feature. The system is particularly describes the ups battery monitoring system will be performed by cloud computing. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec14-241004054312-b6b5c5a8-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> In remote area we know that Power crisis and load shedding is the major problem. Because of this Power crisis we did not reach to our maximum potential we lost the process ef iciency and productivity of our organization is also drop. To overcome from this type of problems we have many equipment to get backup to save our industrial projects and domestic work. We called This type of device UPS (Uninterruptable power supply) We have to monitor the UPS continuously and this is very dif icult and when manual error occurs this leads to UPS fail. These leads to losses of productivity. human error like if engineer is not available to get the readings of UPS this fail can occurs. Today in every scale of industrial sections as well as business area it has use of the UPS system has increased in day by day life the main purpose of this system it is to control as well as Monitor the UPS system batteries with remotely using the various sensors like ZMPT101B AC voltage sensors and VCC25 DC voltage sensors microcontroller GSM module and current sensor so UPS modelling and control system it is a very important for day to day life it is used like in IT sectors and also medical sector. Our project is the idea which is very useful for electronic equipment system which runs on battery based power supply by adapting this system the users can monitor and also control the UPS system in this microcontroller will continuously monitoring the voltage and in case voltage is dropped below the set value then this system is alerts the provider provided to the user through GSM in form of SMS this is the it is helps to increase the ef iciency of UPS with provide the remote monitoring feature. The system is particularly describes the ups battery monitoring system will be performed by cloud computing.
GSM Based Controlling and Monitoring System of UPS Battery from vivatechijri
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Electrical Drive Based Floor Cleaning Robot /slideshow/electrical-drive-based-floor-cleaning-robot/272182204 elec15-241004052834-fa454490
Industrial, commercial, and residential robotics systems are common nowadays. However, an electric drive-based floor cleaning robot that provides cleaning as well as mopping works, while being automatic as well as remote controlled, also it is moderately expensive. This paper presents the Structure and implementation of an electric drive-based floor-cleaning robot with an Android-based or Bluetooth-based controller. This system is based on an Arduino Uno microcontroller and dc electrical motor and also depend on various sensor. Also, this system is based on an android based application that is secure and easy to use for the user. We can use an application-based system that is secure for the login that is connected to the Bluetooth system. It can be used to control the system motion to guide it in a specific direction to clean the floor and also mop this floor. The user has complete control over the system either in the autonomous or remote-controlled mode. This system consists of six main blocks namely the power block (Dc battery), the motor system (driving wheels, rotating brush, vacuum fan, water pump), for communication block (Bluetooth control, HC 06 Bluetooth module), and for control software block (Android remote controlled), Water tank place where we store the water for this system. During the implementation and testing of this system, it was observed that the robot works as on program, and is operational with most of the functionalities of a domestic commercial state-of-art electrical drive-based floor cleaning robot]]>

Industrial, commercial, and residential robotics systems are common nowadays. However, an electric drive-based floor cleaning robot that provides cleaning as well as mopping works, while being automatic as well as remote controlled, also it is moderately expensive. This paper presents the Structure and implementation of an electric drive-based floor-cleaning robot with an Android-based or Bluetooth-based controller. This system is based on an Arduino Uno microcontroller and dc electrical motor and also depend on various sensor. Also, this system is based on an android based application that is secure and easy to use for the user. We can use an application-based system that is secure for the login that is connected to the Bluetooth system. It can be used to control the system motion to guide it in a specific direction to clean the floor and also mop this floor. The user has complete control over the system either in the autonomous or remote-controlled mode. This system consists of six main blocks namely the power block (Dc battery), the motor system (driving wheels, rotating brush, vacuum fan, water pump), for communication block (Bluetooth control, HC 06 Bluetooth module), and for control software block (Android remote controlled), Water tank place where we store the water for this system. During the implementation and testing of this system, it was observed that the robot works as on program, and is operational with most of the functionalities of a domestic commercial state-of-art electrical drive-based floor cleaning robot]]>
Fri, 04 Oct 2024 05:28:34 GMT /slideshow/electrical-drive-based-floor-cleaning-robot/272182204 vivatechijri@slideshare.net(vivatechijri) Electrical Drive Based Floor Cleaning Robot vivatechijri Industrial, commercial, and residential robotics systems are common nowadays. However, an electric drive-based floor cleaning robot that provides cleaning as well as mopping works, while being automatic as well as remote controlled, also it is moderately expensive. This paper presents the Structure and implementation of an electric drive-based floor-cleaning robot with an Android-based or Bluetooth-based controller. This system is based on an Arduino Uno microcontroller and dc electrical motor and also depend on various sensor. Also, this system is based on an android based application that is secure and easy to use for the user. We can use an application-based system that is secure for the login that is connected to the Bluetooth system. It can be used to control the system motion to guide it in a specific direction to clean the floor and also mop this floor. The user has complete control over the system either in the autonomous or remote-controlled mode. This system consists of six main blocks namely the power block (Dc battery), the motor system (driving wheels, rotating brush, vacuum fan, water pump), for communication block (Bluetooth control, HC 06 Bluetooth module), and for control software block (Android remote controlled), Water tank place where we store the water for this system. During the implementation and testing of this system, it was observed that the robot works as on program, and is operational with most of the functionalities of a domestic commercial state-of-art electrical drive-based floor cleaning robot <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec15-241004052834-fa454490-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Industrial, commercial, and residential robotics systems are common nowadays. However, an electric drive-based floor cleaning robot that provides cleaning as well as mopping works, while being automatic as well as remote controlled, also it is moderately expensive. This paper presents the Structure and implementation of an electric drive-based floor-cleaning robot with an Android-based or Bluetooth-based controller. This system is based on an Arduino Uno microcontroller and dc electrical motor and also depend on various sensor. Also, this system is based on an android based application that is secure and easy to use for the user. We can use an application-based system that is secure for the login that is connected to the Bluetooth system. It can be used to control the system motion to guide it in a specific direction to clean the floor and also mop this floor. The user has complete control over the system either in the autonomous or remote-controlled mode. This system consists of six main blocks namely the power block (Dc battery), the motor system (driving wheels, rotating brush, vacuum fan, water pump), for communication block (Bluetooth control, HC 06 Bluetooth module), and for control software block (Android remote controlled), Water tank place where we store the water for this system. During the implementation and testing of this system, it was observed that the robot works as on program, and is operational with most of the functionalities of a domestic commercial state-of-art electrical drive-based floor cleaning robot
Electrical Drive Based Floor Cleaning Robot from vivatechijri
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IoT BASED FIRE EXTINGUISHER SYSTEM with IOT /slideshow/iot-based-fire-extinguisher-system-with-iot/272182144 elec16-241004052551-77af3eaf
A fire incident is a disaster with potential loss of life, damage to property and permanent damage disability to the victim. They might also experience trauma and protracted psychosis. Fire Soldiers are primarily responsible for responding to fire disasters, although their safety is frequently in jeopardy. combating fires, particularly in dangerous settings like gas tanks, oil refineries, and nuclear power facilities. They also face other dif iculties, especially if the fire subsides. And restricted spaces, as it is necessary to locate the remains of buildings and obstacles to extinguish them put out the fire and rescue the victim. High barriers and risks in firefighting operations, technical Innovations can be used to aid in firefighting. Therefore, this project development presents a firefighting robot that can put out fires without firefighters having to deal with unnecessary things to risk the robot is designed to be flexible in operation compared to other conventional firefighting robots. It had its ef ect Robot demonstrates ability to automatically detect and extinguish fire locations Fire from a distance at a certain distance. The robot is programmed to recognize the location of the fire and stop as soon as possible. A human operator can monitor the robot by using IOT Server which connects to a smartphone or remote devices. ]]>

A fire incident is a disaster with potential loss of life, damage to property and permanent damage disability to the victim. They might also experience trauma and protracted psychosis. Fire Soldiers are primarily responsible for responding to fire disasters, although their safety is frequently in jeopardy. combating fires, particularly in dangerous settings like gas tanks, oil refineries, and nuclear power facilities. They also face other dif iculties, especially if the fire subsides. And restricted spaces, as it is necessary to locate the remains of buildings and obstacles to extinguish them put out the fire and rescue the victim. High barriers and risks in firefighting operations, technical Innovations can be used to aid in firefighting. Therefore, this project development presents a firefighting robot that can put out fires without firefighters having to deal with unnecessary things to risk the robot is designed to be flexible in operation compared to other conventional firefighting robots. It had its ef ect Robot demonstrates ability to automatically detect and extinguish fire locations Fire from a distance at a certain distance. The robot is programmed to recognize the location of the fire and stop as soon as possible. A human operator can monitor the robot by using IOT Server which connects to a smartphone or remote devices. ]]>
Fri, 04 Oct 2024 05:25:51 GMT /slideshow/iot-based-fire-extinguisher-system-with-iot/272182144 vivatechijri@slideshare.net(vivatechijri) IoT BASED FIRE EXTINGUISHER SYSTEM with IOT vivatechijri A fire incident is a disaster with potential loss of life, damage to property and permanent damage disability to the victim. They might also experience trauma and protracted psychosis. Fire Soldiers are primarily responsible for responding to fire disasters, although their safety is frequently in jeopardy. combating fires, particularly in dangerous settings like gas tanks, oil refineries, and nuclear power facilities. They also face other dif iculties, especially if the fire subsides. And restricted spaces, as it is necessary to locate the remains of buildings and obstacles to extinguish them put out the fire and rescue the victim. High barriers and risks in firefighting operations, technical Innovations can be used to aid in firefighting. Therefore, this project development presents a firefighting robot that can put out fires without firefighters having to deal with unnecessary things to risk the robot is designed to be flexible in operation compared to other conventional firefighting robots. It had its ef ect Robot demonstrates ability to automatically detect and extinguish fire locations Fire from a distance at a certain distance. The robot is programmed to recognize the location of the fire and stop as soon as possible. A human operator can monitor the robot by using IOT Server which connects to a smartphone or remote devices. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec16-241004052551-77af3eaf-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> A fire incident is a disaster with potential loss of life, damage to property and permanent damage disability to the victim. They might also experience trauma and protracted psychosis. Fire Soldiers are primarily responsible for responding to fire disasters, although their safety is frequently in jeopardy. combating fires, particularly in dangerous settings like gas tanks, oil refineries, and nuclear power facilities. They also face other dif iculties, especially if the fire subsides. And restricted spaces, as it is necessary to locate the remains of buildings and obstacles to extinguish them put out the fire and rescue the victim. High barriers and risks in firefighting operations, technical Innovations can be used to aid in firefighting. Therefore, this project development presents a firefighting robot that can put out fires without firefighters having to deal with unnecessary things to risk the robot is designed to be flexible in operation compared to other conventional firefighting robots. It had its ef ect Robot demonstrates ability to automatically detect and extinguish fire locations Fire from a distance at a certain distance. The robot is programmed to recognize the location of the fire and stop as soon as possible. A human operator can monitor the robot by using IOT Server which connects to a smartphone or remote devices.
IoT BASED FIRE EXTINGUISHER SYSTEM with IOT from vivatechijri
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Wave Energy Generation producing electricity in future /slideshow/wave-energy-generation-producing-electricity-in-future/272182085 elec17-241004052346-33bb5174
Ocean waves are a huge, largely untapped energy resource, and the potential for extracting energy from waves is considerable. Research in this area is driven by the need to meet renewable energy targets. But is relatively immature compared to other renewable energy technologies.This review introduce s the general status of wave energy and evaluates the device type that represents current wave energy convertor (WEC) technologies. Here, our project focusing to eliminates the existing limitations of wave energy converter methods, and also helps the potential of this method for generating electricity and this could be common way to producing electricity in future]]>

Ocean waves are a huge, largely untapped energy resource, and the potential for extracting energy from waves is considerable. Research in this area is driven by the need to meet renewable energy targets. But is relatively immature compared to other renewable energy technologies.This review introduce s the general status of wave energy and evaluates the device type that represents current wave energy convertor (WEC) technologies. Here, our project focusing to eliminates the existing limitations of wave energy converter methods, and also helps the potential of this method for generating electricity and this could be common way to producing electricity in future]]>
Fri, 04 Oct 2024 05:23:46 GMT /slideshow/wave-energy-generation-producing-electricity-in-future/272182085 vivatechijri@slideshare.net(vivatechijri) Wave Energy Generation producing electricity in future vivatechijri Ocean waves are a huge, largely untapped energy resource, and the potential for extracting energy from waves is considerable. Research in this area is driven by the need to meet renewable energy targets. But is relatively immature compared to other renewable energy technologies.This review introduce s the general status of wave energy and evaluates the device type that represents current wave energy convertor (WEC) technologies. Here, our project focusing to eliminates the existing limitations of wave energy converter methods, and also helps the potential of this method for generating electricity and this could be common way to producing electricity in future <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec17-241004052346-33bb5174-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Ocean waves are a huge, largely untapped energy resource, and the potential for extracting energy from waves is considerable. Research in this area is driven by the need to meet renewable energy targets. But is relatively immature compared to other renewable energy technologies.This review introduce s the general status of wave energy and evaluates the device type that represents current wave energy convertor (WEC) technologies. Here, our project focusing to eliminates the existing limitations of wave energy converter methods, and also helps the potential of this method for generating electricity and this could be common way to producing electricity in future
Wave Energy Generation producing electricity in future from vivatechijri
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Predictive Maintenance of Motor Using Machine Learning /slideshow/predictive-maintenance-of-motor-using-machine-learning/272182070 elec18-241004052258-eea2ac12
As we all know that Condition monitoring together with predictive maintenance of electric motors and other equipment used by the industry avoids severe economic losses resulting from unexpected motor failures and greatly improves the system reliability. This paper describes a Machine Learning architecture for Predictive Maintenance, based on Machine Learning approach. The system was tested on a real industry example, by developing the data collection and data system analysis, applying the Machine Learning approach and comparing it to the simulation tool analysis. Data has been collected by various sensors. With the help of this paper, we want to monitor and increase the life span of Electric motor and other equipment's]]>

As we all know that Condition monitoring together with predictive maintenance of electric motors and other equipment used by the industry avoids severe economic losses resulting from unexpected motor failures and greatly improves the system reliability. This paper describes a Machine Learning architecture for Predictive Maintenance, based on Machine Learning approach. The system was tested on a real industry example, by developing the data collection and data system analysis, applying the Machine Learning approach and comparing it to the simulation tool analysis. Data has been collected by various sensors. With the help of this paper, we want to monitor and increase the life span of Electric motor and other equipment's]]>
Fri, 04 Oct 2024 05:22:58 GMT /slideshow/predictive-maintenance-of-motor-using-machine-learning/272182070 vivatechijri@slideshare.net(vivatechijri) Predictive Maintenance of Motor Using Machine Learning vivatechijri As we all know that Condition monitoring together with predictive maintenance of electric motors and other equipment used by the industry avoids severe economic losses resulting from unexpected motor failures and greatly improves the system reliability. This paper describes a Machine Learning architecture for Predictive Maintenance, based on Machine Learning approach. The system was tested on a real industry example, by developing the data collection and data system analysis, applying the Machine Learning approach and comparing it to the simulation tool analysis. Data has been collected by various sensors. With the help of this paper, we want to monitor and increase the life span of Electric motor and other equipment's <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec18-241004052258-eea2ac12-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> As we all know that Condition monitoring together with predictive maintenance of electric motors and other equipment used by the industry avoids severe economic losses resulting from unexpected motor failures and greatly improves the system reliability. This paper describes a Machine Learning architecture for Predictive Maintenance, based on Machine Learning approach. The system was tested on a real industry example, by developing the data collection and data system analysis, applying the Machine Learning approach and comparing it to the simulation tool analysis. Data has been collected by various sensors. With the help of this paper, we want to monitor and increase the life span of Electric motor and other equipment&#39;s
Predictive Maintenance of Motor Using Machine Learning from vivatechijri
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Development of an Android App For Designing Of Stepper Motor By Kodular Software /slideshow/development-of-an-android-app-for-designing-of-stepper-motor-by-kodular-software/272182051 elec19-241004052204-99e51d3a
A stepping motor or step motor is also known as a stepper motor, may be a brushless DC electric motor of a full rotation divided into a number of equal steps. In this project, we aim to propose GUI software specifically designed for this application. Implementing a system that has GUI for designing Stepper Motor dependent variables supported given parameters. Designing techniques were developed for both typologies of static magnet stepper motors, respectively bipolar stepper motor and unipolar stepper motor]]>

A stepping motor or step motor is also known as a stepper motor, may be a brushless DC electric motor of a full rotation divided into a number of equal steps. In this project, we aim to propose GUI software specifically designed for this application. Implementing a system that has GUI for designing Stepper Motor dependent variables supported given parameters. Designing techniques were developed for both typologies of static magnet stepper motors, respectively bipolar stepper motor and unipolar stepper motor]]>
Fri, 04 Oct 2024 05:22:04 GMT /slideshow/development-of-an-android-app-for-designing-of-stepper-motor-by-kodular-software/272182051 vivatechijri@slideshare.net(vivatechijri) Development of an Android App For Designing Of Stepper Motor By Kodular Software vivatechijri A stepping motor or step motor is also known as a stepper motor, may be a brushless DC electric motor of a full rotation divided into a number of equal steps. In this project, we aim to propose GUI software specifically designed for this application. Implementing a system that has GUI for designing Stepper Motor dependent variables supported given parameters. Designing techniques were developed for both typologies of static magnet stepper motors, respectively bipolar stepper motor and unipolar stepper motor <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec19-241004052204-99e51d3a-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> A stepping motor or step motor is also known as a stepper motor, may be a brushless DC electric motor of a full rotation divided into a number of equal steps. In this project, we aim to propose GUI software specifically designed for this application. Implementing a system that has GUI for designing Stepper Motor dependent variables supported given parameters. Designing techniques were developed for both typologies of static magnet stepper motors, respectively bipolar stepper motor and unipolar stepper motor
Development of an Android App For Designing Of Stepper Motor By Kodular Software from vivatechijri
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Implementation Technology to Repair Pothole Using Waste Plastic /slideshow/implementation-technology-to-repair-pothole-using-waste-plastic/272182045 elec20-241004052119-7c2fe3d9
It describe the system for road repair using aggregate with waste plastic waste in different forms is found to be 9% to 12% in municipal solid waste, which is toxic in nature. Non-biodegradability of plastic in the environment has created numerous challenges for both urban and rural area of India. common problem are choking of drains, stagnation of water, release of toxic gases upon open incineration. Traditional methods have some loopholes, the life span of traditionally build road is less effective time span of that road is very less or time taking or required more man power. This system is semiautomated where utrasonic sensor is use to detect the pot hole and induction heater melt the agrigate material and pour through the hot runner . Feedback is taken from rescaning pot hole by the utra sonic sensor . ]]>

It describe the system for road repair using aggregate with waste plastic waste in different forms is found to be 9% to 12% in municipal solid waste, which is toxic in nature. Non-biodegradability of plastic in the environment has created numerous challenges for both urban and rural area of India. common problem are choking of drains, stagnation of water, release of toxic gases upon open incineration. Traditional methods have some loopholes, the life span of traditionally build road is less effective time span of that road is very less or time taking or required more man power. This system is semiautomated where utrasonic sensor is use to detect the pot hole and induction heater melt the agrigate material and pour through the hot runner . Feedback is taken from rescaning pot hole by the utra sonic sensor . ]]>
Fri, 04 Oct 2024 05:21:19 GMT /slideshow/implementation-technology-to-repair-pothole-using-waste-plastic/272182045 vivatechijri@slideshare.net(vivatechijri) Implementation Technology to Repair Pothole Using Waste Plastic vivatechijri It describe the system for road repair using aggregate with waste plastic waste in different forms is found to be 9% to 12% in municipal solid waste, which is toxic in nature. Non-biodegradability of plastic in the environment has created numerous challenges for both urban and rural area of India. common problem are choking of drains, stagnation of water, release of toxic gases upon open incineration. Traditional methods have some loopholes, the life span of traditionally build road is less effective time span of that road is very less or time taking or required more man power. This system is semiautomated where utrasonic sensor is use to detect the pot hole and induction heater melt the agrigate material and pour through the hot runner . Feedback is taken from rescaning pot hole by the utra sonic sensor . <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec20-241004052119-7c2fe3d9-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> It describe the system for road repair using aggregate with waste plastic waste in different forms is found to be 9% to 12% in municipal solid waste, which is toxic in nature. Non-biodegradability of plastic in the environment has created numerous challenges for both urban and rural area of India. common problem are choking of drains, stagnation of water, release of toxic gases upon open incineration. Traditional methods have some loopholes, the life span of traditionally build road is less effective time span of that road is very less or time taking or required more man power. This system is semiautomated where utrasonic sensor is use to detect the pot hole and induction heater melt the agrigate material and pour through the hot runner . Feedback is taken from rescaning pot hole by the utra sonic sensor .
Implementation Technology to Repair Pothole Using Waste Plastic from vivatechijri
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NFC BASED VOTING SYSTEM with Electronic voting devices /slideshow/nfc-based-voting-system-with-electronic-voting-devices/272182006 elec22-241004051950-45130e0e
Election is the most important technique used to gauge public opinion when choosing a government or on any topic that is being debated. Electronic voting devices are thereby replacing the traditional paper-based voting systems. The manual counting of voter identities used in the conventional voting process is timeconsuming, dif icult, and more susceptible to fraud. In this new model, research into cutting-edge technologies including NFC voter identification, fingerprint recognition, and the Internet of thing (IOT). This goal is to provide the most ef ective way to reduce election corruption and cross-voting. It boosts the number of voters and motivates people to cast ballots. As part of this ef ort, each voter will get one NFC tag for voter identification. If the personal information on the NFC tag does not match, the fingerprint sensor is not activated. In order to ensure a strong level of security for polling vote, voting statistics are uploaded to the cloud at the moment each new vote is cast if they match. If they do, the voter will then permit access to the fingerprint in order to confirm their candidacy before casting their ballot. No one can be reached, and there is no way to manipulate the findings in any way. With the help of the Internet of Things, information is immediately updated to the cloud as the vote count increases (IOT). Data from IOT devices are uploaded to a web site on the portal. Only the vote information and results are accessible to the Election Commission (EC). No one is informed of the outcomes, the vote percentage, etc., unless the electoral commission makes an announcement.]]>

Election is the most important technique used to gauge public opinion when choosing a government or on any topic that is being debated. Electronic voting devices are thereby replacing the traditional paper-based voting systems. The manual counting of voter identities used in the conventional voting process is timeconsuming, dif icult, and more susceptible to fraud. In this new model, research into cutting-edge technologies including NFC voter identification, fingerprint recognition, and the Internet of thing (IOT). This goal is to provide the most ef ective way to reduce election corruption and cross-voting. It boosts the number of voters and motivates people to cast ballots. As part of this ef ort, each voter will get one NFC tag for voter identification. If the personal information on the NFC tag does not match, the fingerprint sensor is not activated. In order to ensure a strong level of security for polling vote, voting statistics are uploaded to the cloud at the moment each new vote is cast if they match. If they do, the voter will then permit access to the fingerprint in order to confirm their candidacy before casting their ballot. No one can be reached, and there is no way to manipulate the findings in any way. With the help of the Internet of Things, information is immediately updated to the cloud as the vote count increases (IOT). Data from IOT devices are uploaded to a web site on the portal. Only the vote information and results are accessible to the Election Commission (EC). No one is informed of the outcomes, the vote percentage, etc., unless the electoral commission makes an announcement.]]>
Fri, 04 Oct 2024 05:19:50 GMT /slideshow/nfc-based-voting-system-with-electronic-voting-devices/272182006 vivatechijri@slideshare.net(vivatechijri) NFC BASED VOTING SYSTEM with Electronic voting devices vivatechijri Election is the most important technique used to gauge public opinion when choosing a government or on any topic that is being debated. Electronic voting devices are thereby replacing the traditional paper-based voting systems. The manual counting of voter identities used in the conventional voting process is timeconsuming, dif icult, and more susceptible to fraud. In this new model, research into cutting-edge technologies including NFC voter identification, fingerprint recognition, and the Internet of thing (IOT). This goal is to provide the most ef ective way to reduce election corruption and cross-voting. It boosts the number of voters and motivates people to cast ballots. As part of this ef ort, each voter will get one NFC tag for voter identification. If the personal information on the NFC tag does not match, the fingerprint sensor is not activated. In order to ensure a strong level of security for polling vote, voting statistics are uploaded to the cloud at the moment each new vote is cast if they match. If they do, the voter will then permit access to the fingerprint in order to confirm their candidacy before casting their ballot. No one can be reached, and there is no way to manipulate the findings in any way. With the help of the Internet of Things, information is immediately updated to the cloud as the vote count increases (IOT). Data from IOT devices are uploaded to a web site on the portal. Only the vote information and results are accessible to the Election Commission (EC). No one is informed of the outcomes, the vote percentage, etc., unless the electoral commission makes an announcement. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec22-241004051950-45130e0e-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Election is the most important technique used to gauge public opinion when choosing a government or on any topic that is being debated. Electronic voting devices are thereby replacing the traditional paper-based voting systems. The manual counting of voter identities used in the conventional voting process is timeconsuming, dif icult, and more susceptible to fraud. In this new model, research into cutting-edge technologies including NFC voter identification, fingerprint recognition, and the Internet of thing (IOT). This goal is to provide the most ef ective way to reduce election corruption and cross-voting. It boosts the number of voters and motivates people to cast ballots. As part of this ef ort, each voter will get one NFC tag for voter identification. If the personal information on the NFC tag does not match, the fingerprint sensor is not activated. In order to ensure a strong level of security for polling vote, voting statistics are uploaded to the cloud at the moment each new vote is cast if they match. If they do, the voter will then permit access to the fingerprint in order to confirm their candidacy before casting their ballot. No one can be reached, and there is no way to manipulate the findings in any way. With the help of the Internet of Things, information is immediately updated to the cloud as the vote count increases (IOT). Data from IOT devices are uploaded to a web site on the portal. Only the vote information and results are accessible to the Election Commission (EC). No one is informed of the outcomes, the vote percentage, etc., unless the electoral commission makes an announcement.
NFC BASED VOTING SYSTEM with Electronic voting devices from vivatechijri
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Review on Electrical Audit Management in MATLAB Software. /slideshow/review-on-electrical-audit-management-in-matlab-software/272181977 elec23-241004051830-7ffc58ba
In this paper features of MATLAB software is used for Electrical Audit Management Report. Comparison of dif erent software and advantages of MATLAB over it. In new update of software, report generation feature is very useful to automatically generate the daily / weekly / monthly report. ]]>

In this paper features of MATLAB software is used for Electrical Audit Management Report. Comparison of dif erent software and advantages of MATLAB over it. In new update of software, report generation feature is very useful to automatically generate the daily / weekly / monthly report. ]]>
Fri, 04 Oct 2024 05:18:30 GMT /slideshow/review-on-electrical-audit-management-in-matlab-software/272181977 vivatechijri@slideshare.net(vivatechijri) Review on Electrical Audit Management in MATLAB Software. vivatechijri In this paper features of MATLAB software is used for Electrical Audit Management Report. Comparison of dif erent software and advantages of MATLAB over it. In new update of software, report generation feature is very useful to automatically generate the daily / weekly / monthly report. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec23-241004051830-7ffc58ba-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> In this paper features of MATLAB software is used for Electrical Audit Management Report. Comparison of dif erent software and advantages of MATLAB over it. In new update of software, report generation feature is very useful to automatically generate the daily / weekly / monthly report.
Review on Electrical Audit Management in MATLAB Software. from vivatechijri
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DESIGN AND FABRICATION OF AUTOMATIC CEMENT PLASTERING MACHINE /slideshow/design-and-fabrication-of-automatic-cement-plastering-machine/272164353 mech1-241003091629-2336d060
The aim of this project is Designing and fabrication of automatic cement plastering machine. This project was driven by specific objective which are to examine for mortaring wall with good finishing surface of uniform thickness by the help of trowel mechanism. Various types of mechanical machine element such as; pulley system and lead screw mechanism is used for lifting mechanism, conveyor for plaster feeding. The main power source of this machine is AC motor were used for dc power with the help of SMPS (Switched Mode Power Supply). The modelled and fabricated AUTOMATIC CEMENT PLASTERING MACHINE must saves man power, raw material, cycle time and rate as compared to manual plastering. Additionally, this automatic cement plastering machine can be used as a finishing technology for both inner and outer walls made from bricks like masonry bricks, thermal bricks etc. This Plastering machine will save higher labour charge required for plastering and also improve the productivity and quality then conventional method. We eventually, the automatic cement plastering machine could play significant role in overall construction projects to reduce project net accomplishing time and increases the net profits.]]>

The aim of this project is Designing and fabrication of automatic cement plastering machine. This project was driven by specific objective which are to examine for mortaring wall with good finishing surface of uniform thickness by the help of trowel mechanism. Various types of mechanical machine element such as; pulley system and lead screw mechanism is used for lifting mechanism, conveyor for plaster feeding. The main power source of this machine is AC motor were used for dc power with the help of SMPS (Switched Mode Power Supply). The modelled and fabricated AUTOMATIC CEMENT PLASTERING MACHINE must saves man power, raw material, cycle time and rate as compared to manual plastering. Additionally, this automatic cement plastering machine can be used as a finishing technology for both inner and outer walls made from bricks like masonry bricks, thermal bricks etc. This Plastering machine will save higher labour charge required for plastering and also improve the productivity and quality then conventional method. We eventually, the automatic cement plastering machine could play significant role in overall construction projects to reduce project net accomplishing time and increases the net profits.]]>
Thu, 03 Oct 2024 09:16:29 GMT /slideshow/design-and-fabrication-of-automatic-cement-plastering-machine/272164353 vivatechijri@slideshare.net(vivatechijri) DESIGN AND FABRICATION OF AUTOMATIC CEMENT PLASTERING MACHINE vivatechijri The aim of this project is Designing and fabrication of automatic cement plastering machine. This project was driven by specific objective which are to examine for mortaring wall with good finishing surface of uniform thickness by the help of trowel mechanism. Various types of mechanical machine element such as; pulley system and lead screw mechanism is used for lifting mechanism, conveyor for plaster feeding. The main power source of this machine is AC motor were used for dc power with the help of SMPS (Switched Mode Power Supply). The modelled and fabricated AUTOMATIC CEMENT PLASTERING MACHINE must saves man power, raw material, cycle time and rate as compared to manual plastering. Additionally, this automatic cement plastering machine can be used as a finishing technology for both inner and outer walls made from bricks like masonry bricks, thermal bricks etc. This Plastering machine will save higher labour charge required for plastering and also improve the productivity and quality then conventional method. We eventually, the automatic cement plastering machine could play significant role in overall construction projects to reduce project net accomplishing time and increases the net profits. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/mech1-241003091629-2336d060-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> The aim of this project is Designing and fabrication of automatic cement plastering machine. This project was driven by specific objective which are to examine for mortaring wall with good finishing surface of uniform thickness by the help of trowel mechanism. Various types of mechanical machine element such as; pulley system and lead screw mechanism is used for lifting mechanism, conveyor for plaster feeding. The main power source of this machine is AC motor were used for dc power with the help of SMPS (Switched Mode Power Supply). The modelled and fabricated AUTOMATIC CEMENT PLASTERING MACHINE must saves man power, raw material, cycle time and rate as compared to manual plastering. Additionally, this automatic cement plastering machine can be used as a finishing technology for both inner and outer walls made from bricks like masonry bricks, thermal bricks etc. This Plastering machine will save higher labour charge required for plastering and also improve the productivity and quality then conventional method. We eventually, the automatic cement plastering machine could play significant role in overall construction projects to reduce project net accomplishing time and increases the net profits.
DESIGN AND FABRICATION OF AUTOMATIC CEMENT PLASTERING MACHINE from vivatechijri
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Research on Inspection Robot for Chemical Industry /slideshow/research-on-inspection-robot-for-chemical-industry/272159496 elec10-241003050232-386c4003
A gas monitoring system plays an important part in nearly all the chemical industriousness as it Prevents casualties. Multiple of the being gas monitoring Systems employ distributive seeing, a precious and a Complex process. The system bandied in this paper Presents an indispensable approach which consists of a Mobile robot able of moving on its own with handicap Avoidance algorithm. It can snappily overlook dangerous feasts, bank, fire etc.in all the corridor of an artificial Complex and can incontinently induce an alarm and shoot SMS to all the concerned people.]]>

A gas monitoring system plays an important part in nearly all the chemical industriousness as it Prevents casualties. Multiple of the being gas monitoring Systems employ distributive seeing, a precious and a Complex process. The system bandied in this paper Presents an indispensable approach which consists of a Mobile robot able of moving on its own with handicap Avoidance algorithm. It can snappily overlook dangerous feasts, bank, fire etc.in all the corridor of an artificial Complex and can incontinently induce an alarm and shoot SMS to all the concerned people.]]>
Thu, 03 Oct 2024 05:02:32 GMT /slideshow/research-on-inspection-robot-for-chemical-industry/272159496 vivatechijri@slideshare.net(vivatechijri) Research on Inspection Robot for Chemical Industry vivatechijri A gas monitoring system plays an important part in nearly all the chemical industriousness as it Prevents casualties. Multiple of the being gas monitoring Systems employ distributive seeing, a precious and a Complex process. The system bandied in this paper Presents an indispensable approach which consists of a Mobile robot able of moving on its own with handicap Avoidance algorithm. It can snappily overlook dangerous feasts, bank, fire etc.in all the corridor of an artificial Complex and can incontinently induce an alarm and shoot SMS to all the concerned people. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec10-241003050232-386c4003-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> A gas monitoring system plays an important part in nearly all the chemical industriousness as it Prevents casualties. Multiple of the being gas monitoring Systems employ distributive seeing, a precious and a Complex process. The system bandied in this paper Presents an indispensable approach which consists of a Mobile robot able of moving on its own with handicap Avoidance algorithm. It can snappily overlook dangerous feasts, bank, fire etc.in all the corridor of an artificial Complex and can incontinently induce an alarm and shoot SMS to all the concerned people.
Research on Inspection Robot for Chemical Industry from vivatechijri
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Digital Synchroscope using Arduino microcontroller /slideshow/digital-synchroscope-using-arduino-microcontroller/272159425 elec9-241003045838-053ff0ea
Synchronization of two alternators is very important process at generating station. Synchronization is done to connect more alternator's parallel to achieve the high demand of power. For this process, synchroscope method is frequently used. Synchroscope is a device which shows the differences of frequency and phase angle between two powers by deflecting pointer clockwise and anticlockwise. We also required additional instruments for measuring frequency and voltage. The intention of this paper is to propose the methodology of a single device which shows the required parameters on single display and also of eras the automatic synchronization of alternators. It is fast, cost effective and precise to be used for monitoring. ]]>

Synchronization of two alternators is very important process at generating station. Synchronization is done to connect more alternator's parallel to achieve the high demand of power. For this process, synchroscope method is frequently used. Synchroscope is a device which shows the differences of frequency and phase angle between two powers by deflecting pointer clockwise and anticlockwise. We also required additional instruments for measuring frequency and voltage. The intention of this paper is to propose the methodology of a single device which shows the required parameters on single display and also of eras the automatic synchronization of alternators. It is fast, cost effective and precise to be used for monitoring. ]]>
Thu, 03 Oct 2024 04:58:38 GMT /slideshow/digital-synchroscope-using-arduino-microcontroller/272159425 vivatechijri@slideshare.net(vivatechijri) Digital Synchroscope using Arduino microcontroller vivatechijri Synchronization of two alternators is very important process at generating station. Synchronization is done to connect more alternator's parallel to achieve the high demand of power. For this process, synchroscope method is frequently used. Synchroscope is a device which shows the differences of frequency and phase angle between two powers by deflecting pointer clockwise and anticlockwise. We also required additional instruments for measuring frequency and voltage. The intention of this paper is to propose the methodology of a single device which shows the required parameters on single display and also of eras the automatic synchronization of alternators. It is fast, cost effective and precise to be used for monitoring. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec9-241003045838-053ff0ea-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Synchronization of two alternators is very important process at generating station. Synchronization is done to connect more alternator&#39;s parallel to achieve the high demand of power. For this process, synchroscope method is frequently used. Synchroscope is a device which shows the differences of frequency and phase angle between two powers by deflecting pointer clockwise and anticlockwise. We also required additional instruments for measuring frequency and voltage. The intention of this paper is to propose the methodology of a single device which shows the required parameters on single display and also of eras the automatic synchronization of alternators. It is fast, cost effective and precise to be used for monitoring.
Digital Synchroscope using Arduino microcontroller from vivatechijri
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BLDC MACHINE DESIGN SOFTWARE AND CALCULATION /slideshow/bldc-machine-design-software-and-calculation/272159340 elec8-241003045435-751537b0
For dynamic applications like those in the automotive, pumping, and rolling industries, BLDC motors are a must. By 2030, it is anticipated that BLDC motors would supplant conventional induction motors as the standard form of power transfer in enterprises. When dependability and durability are taken into account, the BLDC motor fails to provide increased fault tolerance, decreased electromagnetic interference, decreased an acoustic noise, decreased flux ripple, and decreased torque ripple. A small number of Surreys on designing and controlling BLDC motors were conducted throughout the past five years. vital Issues We do not address concerns like comparing existing vector control schemas, improving fault tolerance, reducing electromagnetic interference in BLDC motor controllers, and others.]]>

For dynamic applications like those in the automotive, pumping, and rolling industries, BLDC motors are a must. By 2030, it is anticipated that BLDC motors would supplant conventional induction motors as the standard form of power transfer in enterprises. When dependability and durability are taken into account, the BLDC motor fails to provide increased fault tolerance, decreased electromagnetic interference, decreased an acoustic noise, decreased flux ripple, and decreased torque ripple. A small number of Surreys on designing and controlling BLDC motors were conducted throughout the past five years. vital Issues We do not address concerns like comparing existing vector control schemas, improving fault tolerance, reducing electromagnetic interference in BLDC motor controllers, and others.]]>
Thu, 03 Oct 2024 04:54:35 GMT /slideshow/bldc-machine-design-software-and-calculation/272159340 vivatechijri@slideshare.net(vivatechijri) BLDC MACHINE DESIGN SOFTWARE AND CALCULATION vivatechijri For dynamic applications like those in the automotive, pumping, and rolling industries, BLDC motors are a must. By 2030, it is anticipated that BLDC motors would supplant conventional induction motors as the standard form of power transfer in enterprises. When dependability and durability are taken into account, the BLDC motor fails to provide increased fault tolerance, decreased electromagnetic interference, decreased an acoustic noise, decreased flux ripple, and decreased torque ripple. A small number of Surreys on designing and controlling BLDC motors were conducted throughout the past five years. vital Issues We do not address concerns like comparing existing vector control schemas, improving fault tolerance, reducing electromagnetic interference in BLDC motor controllers, and others. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec8-241003045435-751537b0-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> For dynamic applications like those in the automotive, pumping, and rolling industries, BLDC motors are a must. By 2030, it is anticipated that BLDC motors would supplant conventional induction motors as the standard form of power transfer in enterprises. When dependability and durability are taken into account, the BLDC motor fails to provide increased fault tolerance, decreased electromagnetic interference, decreased an acoustic noise, decreased flux ripple, and decreased torque ripple. A small number of Surreys on designing and controlling BLDC motors were conducted throughout the past five years. vital Issues We do not address concerns like comparing existing vector control schemas, improving fault tolerance, reducing electromagnetic interference in BLDC motor controllers, and others.
BLDC MACHINE DESIGN SOFTWARE AND CALCULATION from vivatechijri
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SIMULATION MODEL OF 3 PHASE TRANSMISSION LINE FAULT ANALYSIS /slideshow/simulation-model-of-3-phase-transmission-line-fault-analysis/272117211 elec6-241001032211-840aca01
Today the demand for electricity or power is accelerating day by day these results to transmits more power by boosting the transmission line capacity from one place to the other place. But during the transmission, some faults come in the system, like as L- L fault (line to line), 1L- G fault (single line to base), and 2L- G fault (double line to bottom). These faults affect the power system outfit which is connected to it. The main object of this project is to study or analysis of various faults and also identify the effect of the fault in the transmission line along with the bus system which is connected to the transmission line. This project approaches the MATLAB software in which the transmission line model is designed and various faults will be passed by using the fault toolbox which has been discussed above. After that, various effects on the bus system due to different faults are shown similar as voltage, current, and power along with the positive, negative, and zero sequence elements of voltage and current result in terms of graph.]]>

Today the demand for electricity or power is accelerating day by day these results to transmits more power by boosting the transmission line capacity from one place to the other place. But during the transmission, some faults come in the system, like as L- L fault (line to line), 1L- G fault (single line to base), and 2L- G fault (double line to bottom). These faults affect the power system outfit which is connected to it. The main object of this project is to study or analysis of various faults and also identify the effect of the fault in the transmission line along with the bus system which is connected to the transmission line. This project approaches the MATLAB software in which the transmission line model is designed and various faults will be passed by using the fault toolbox which has been discussed above. After that, various effects on the bus system due to different faults are shown similar as voltage, current, and power along with the positive, negative, and zero sequence elements of voltage and current result in terms of graph.]]>
Tue, 01 Oct 2024 03:22:11 GMT /slideshow/simulation-model-of-3-phase-transmission-line-fault-analysis/272117211 vivatechijri@slideshare.net(vivatechijri) SIMULATION MODEL OF 3 PHASE TRANSMISSION LINE FAULT ANALYSIS vivatechijri Today the demand for electricity or power is accelerating day by day these results to transmits more power by boosting the transmission line capacity from one place to the other place. But during the transmission, some faults come in the system, like as L- L fault (line to line), 1L- G fault (single line to base), and 2L- G fault (double line to bottom). These faults affect the power system outfit which is connected to it. The main object of this project is to study or analysis of various faults and also identify the effect of the fault in the transmission line along with the bus system which is connected to the transmission line. This project approaches the MATLAB software in which the transmission line model is designed and various faults will be passed by using the fault toolbox which has been discussed above. After that, various effects on the bus system due to different faults are shown similar as voltage, current, and power along with the positive, negative, and zero sequence elements of voltage and current result in terms of graph. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec6-241001032211-840aca01-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Today the demand for electricity or power is accelerating day by day these results to transmits more power by boosting the transmission line capacity from one place to the other place. But during the transmission, some faults come in the system, like as L- L fault (line to line), 1L- G fault (single line to base), and 2L- G fault (double line to bottom). These faults affect the power system outfit which is connected to it. The main object of this project is to study or analysis of various faults and also identify the effect of the fault in the transmission line along with the bus system which is connected to the transmission line. This project approaches the MATLAB software in which the transmission line model is designed and various faults will be passed by using the fault toolbox which has been discussed above. After that, various effects on the bus system due to different faults are shown similar as voltage, current, and power along with the positive, negative, and zero sequence elements of voltage and current result in terms of graph.
SIMULATION MODEL OF 3 PHASE TRANSMISSION LINE FAULT ANALYSIS from vivatechijri
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Automated Water Supply and Theft Identification Using ESP32 /slideshow/automated-water-supply-and-theft-identification-using-esp32/272117131 elec5-241001031855-8a5913dd
This document explained that the water provided to the consumer/purchaser is delivered at a constant flow rate. Certain consumers/buyers may take additional water by hooking up motors to pump water directly from the mains, and this is considered water theft. It is proposed to develop a microcontroller-based water supply monitoring and theft detection system by recording the overflow rate on the side. To apply the proposed water supply system, each consumer can be equipped with a microcontroller kit to detect the flow rate with a flow detector. It is also equipped with a motorized solenoid valve for supplying water to the consumer. In the event of theft on the water line, the higher water volume and corresponding charge will be sent to the consumer ID. If the consumer does not pay or uses more water, the valve is turned off via the microcontroller, cutting off the water supply. The LCD is connected to the microcontroller and displays data locally. The proposed automated architecture is fully programmed, so no human effort is required.]]>

This document explained that the water provided to the consumer/purchaser is delivered at a constant flow rate. Certain consumers/buyers may take additional water by hooking up motors to pump water directly from the mains, and this is considered water theft. It is proposed to develop a microcontroller-based water supply monitoring and theft detection system by recording the overflow rate on the side. To apply the proposed water supply system, each consumer can be equipped with a microcontroller kit to detect the flow rate with a flow detector. It is also equipped with a motorized solenoid valve for supplying water to the consumer. In the event of theft on the water line, the higher water volume and corresponding charge will be sent to the consumer ID. If the consumer does not pay or uses more water, the valve is turned off via the microcontroller, cutting off the water supply. The LCD is connected to the microcontroller and displays data locally. The proposed automated architecture is fully programmed, so no human effort is required.]]>
Tue, 01 Oct 2024 03:18:54 GMT /slideshow/automated-water-supply-and-theft-identification-using-esp32/272117131 vivatechijri@slideshare.net(vivatechijri) Automated Water Supply and Theft Identification Using ESP32 vivatechijri This document explained that the water provided to the consumer/purchaser is delivered at a constant flow rate. Certain consumers/buyers may take additional water by hooking up motors to pump water directly from the mains, and this is considered water theft. It is proposed to develop a microcontroller-based water supply monitoring and theft detection system by recording the overflow rate on the side. To apply the proposed water supply system, each consumer can be equipped with a microcontroller kit to detect the flow rate with a flow detector. It is also equipped with a motorized solenoid valve for supplying water to the consumer. In the event of theft on the water line, the higher water volume and corresponding charge will be sent to the consumer ID. If the consumer does not pay or uses more water, the valve is turned off via the microcontroller, cutting off the water supply. The LCD is connected to the microcontroller and displays data locally. The proposed automated architecture is fully programmed, so no human effort is required. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec5-241001031855-8a5913dd-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> This document explained that the water provided to the consumer/purchaser is delivered at a constant flow rate. Certain consumers/buyers may take additional water by hooking up motors to pump water directly from the mains, and this is considered water theft. It is proposed to develop a microcontroller-based water supply monitoring and theft detection system by recording the overflow rate on the side. To apply the proposed water supply system, each consumer can be equipped with a microcontroller kit to detect the flow rate with a flow detector. It is also equipped with a motorized solenoid valve for supplying water to the consumer. In the event of theft on the water line, the higher water volume and corresponding charge will be sent to the consumer ID. If the consumer does not pay or uses more water, the valve is turned off via the microcontroller, cutting off the water supply. The LCD is connected to the microcontroller and displays data locally. The proposed automated architecture is fully programmed, so no human effort is required.
Automated Water Supply and Theft Identification Using ESP32 from vivatechijri
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Multipurpose Swimming Pool Cleaning Device for Observation, Cleaning and Life Guarding with pH Indicator /slideshow/multipurpose-swimming-pool-cleaning-device-for-observation-cleaning-and-life-guarding-with-ph-indicator/272117051 elec4-241001031536-3ae6caea
Nowadays people are widely using water parks, public swimming pools, and private pools in villas/farmhouses. Due to the use of pools at such a high rate, there is a requirement of cleaning pools twice a week. If you have your swimming pool, you may want to save money by cleaning the pool yourself because of this there is a need to hire a person to clean the pool, which is costlier at times for an individual owner. Even though we are living in the 21st century there are no such affordable devices to clean the pool and the available devices are way too expensive therefore the owners dont prefer relying on these devices and thus hire a person. To clean the walls of the swimming pool the labour has to hold his breath for several minutes and scrub the walls by hand with the help of a metal plate, it is not only a very hectic job but also dangerous for the life of the person. This is unnecessary donkeywork. Considering these factors, we came up with the idea of developing a device that cleans efficiently and reduces labour intensity. We thought of making a multipurpose device that not only is a cleaner, an observer, an indicator for the pH level and TDS of the water, but also a lifeguarding device. Our device cleans the floor and side walls of the pool and removes all the dirt, algae, residue, etc., and also collects the leaves on the surface. The removed dirt or algae is separated with the help of a filter and the clean water is released back into the pool. It is equipped with pH level and it also has a provision of the camera to observe underwater .In case of drowning situation it can also carry a floater or a rope.]]>

Nowadays people are widely using water parks, public swimming pools, and private pools in villas/farmhouses. Due to the use of pools at such a high rate, there is a requirement of cleaning pools twice a week. If you have your swimming pool, you may want to save money by cleaning the pool yourself because of this there is a need to hire a person to clean the pool, which is costlier at times for an individual owner. Even though we are living in the 21st century there are no such affordable devices to clean the pool and the available devices are way too expensive therefore the owners dont prefer relying on these devices and thus hire a person. To clean the walls of the swimming pool the labour has to hold his breath for several minutes and scrub the walls by hand with the help of a metal plate, it is not only a very hectic job but also dangerous for the life of the person. This is unnecessary donkeywork. Considering these factors, we came up with the idea of developing a device that cleans efficiently and reduces labour intensity. We thought of making a multipurpose device that not only is a cleaner, an observer, an indicator for the pH level and TDS of the water, but also a lifeguarding device. Our device cleans the floor and side walls of the pool and removes all the dirt, algae, residue, etc., and also collects the leaves on the surface. The removed dirt or algae is separated with the help of a filter and the clean water is released back into the pool. It is equipped with pH level and it also has a provision of the camera to observe underwater .In case of drowning situation it can also carry a floater or a rope.]]>
Tue, 01 Oct 2024 03:15:36 GMT /slideshow/multipurpose-swimming-pool-cleaning-device-for-observation-cleaning-and-life-guarding-with-ph-indicator/272117051 vivatechijri@slideshare.net(vivatechijri) Multipurpose Swimming Pool Cleaning Device for Observation, Cleaning and Life Guarding with pH Indicator vivatechijri Nowadays people are widely using water parks, public swimming pools, and private pools in villas/farmhouses. Due to the use of pools at such a high rate, there is a requirement of cleaning pools twice a week. If you have your swimming pool, you may want to save money by cleaning the pool yourself because of this there is a need to hire a person to clean the pool, which is costlier at times for an individual owner. Even though we are living in the 21st century there are no such affordable devices to clean the pool and the available devices are way too expensive therefore the owners dont prefer relying on these devices and thus hire a person. To clean the walls of the swimming pool the labour has to hold his breath for several minutes and scrub the walls by hand with the help of a metal plate, it is not only a very hectic job but also dangerous for the life of the person. This is unnecessary donkeywork. Considering these factors, we came up with the idea of developing a device that cleans efficiently and reduces labour intensity. We thought of making a multipurpose device that not only is a cleaner, an observer, an indicator for the pH level and TDS of the water, but also a lifeguarding device. Our device cleans the floor and side walls of the pool and removes all the dirt, algae, residue, etc., and also collects the leaves on the surface. The removed dirt or algae is separated with the help of a filter and the clean water is released back into the pool. It is equipped with pH level and it also has a provision of the camera to observe underwater .In case of drowning situation it can also carry a floater or a rope. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/elec4-241001031536-3ae6caea-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> Nowadays people are widely using water parks, public swimming pools, and private pools in villas/farmhouses. Due to the use of pools at such a high rate, there is a requirement of cleaning pools twice a week. If you have your swimming pool, you may want to save money by cleaning the pool yourself because of this there is a need to hire a person to clean the pool, which is costlier at times for an individual owner. Even though we are living in the 21st century there are no such affordable devices to clean the pool and the available devices are way too expensive therefore the owners dont prefer relying on these devices and thus hire a person. To clean the walls of the swimming pool the labour has to hold his breath for several minutes and scrub the walls by hand with the help of a metal plate, it is not only a very hectic job but also dangerous for the life of the person. This is unnecessary donkeywork. Considering these factors, we came up with the idea of developing a device that cleans efficiently and reduces labour intensity. We thought of making a multipurpose device that not only is a cleaner, an observer, an indicator for the pH level and TDS of the water, but also a lifeguarding device. Our device cleans the floor and side walls of the pool and removes all the dirt, algae, residue, etc., and also collects the leaves on the surface. The removed dirt or algae is separated with the help of a filter and the clean water is released back into the pool. It is equipped with pH level and it also has a provision of the camera to observe underwater .In case of drowning situation it can also carry a floater or a rope.
Multipurpose Swimming Pool Cleaning Device for Observation, Cleaning and Life Guarding with pH Indicator from vivatechijri
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Annapurna Waste Food Management system /slideshow/annapurna-waste-food-management-system/272098978 extc06-240930060240-6ba408bf
India, the second largest country in the world in terms of population. The food requirement is also rising exponentially with the population. Many factors like, bad weather , pandemic, natural calamites affect food production. If food production is less than only alternative to have enough food is utilization of food. The significant rise in food waste necessitates Charity in terms of donations. In the current scenario, the majority of food is lost daily at numerous restaurants, social gatherings, and other social activities. The current framework provides details about the inspiration for such an application by visiting each organization multiple times to reduce food waste. According to the Food and Agriculture Organization (FAO), nearly 1.3 billion tons of food each year which is one third of what is being produce for human consumption is wasted around the world. On the other hand, the World Health Organization (WHO) estimates that 20% of the world's population faces severe food shortage. The developed application portal will help society by providing food to those in need. It keeps track of restaurants and NGO in nearby locations by highlighting availability of food and need. The supporting features are also kept for communication and from future perspective.]]>

India, the second largest country in the world in terms of population. The food requirement is also rising exponentially with the population. Many factors like, bad weather , pandemic, natural calamites affect food production. If food production is less than only alternative to have enough food is utilization of food. The significant rise in food waste necessitates Charity in terms of donations. In the current scenario, the majority of food is lost daily at numerous restaurants, social gatherings, and other social activities. The current framework provides details about the inspiration for such an application by visiting each organization multiple times to reduce food waste. According to the Food and Agriculture Organization (FAO), nearly 1.3 billion tons of food each year which is one third of what is being produce for human consumption is wasted around the world. On the other hand, the World Health Organization (WHO) estimates that 20% of the world's population faces severe food shortage. The developed application portal will help society by providing food to those in need. It keeps track of restaurants and NGO in nearby locations by highlighting availability of food and need. The supporting features are also kept for communication and from future perspective.]]>
Mon, 30 Sep 2024 06:02:40 GMT /slideshow/annapurna-waste-food-management-system/272098978 vivatechijri@slideshare.net(vivatechijri) Annapurna Waste Food Management system vivatechijri India, the second largest country in the world in terms of population. The food requirement is also rising exponentially with the population. Many factors like, bad weather , pandemic, natural calamites affect food production. If food production is less than only alternative to have enough food is utilization of food. The significant rise in food waste necessitates Charity in terms of donations. In the current scenario, the majority of food is lost daily at numerous restaurants, social gatherings, and other social activities. The current framework provides details about the inspiration for such an application by visiting each organization multiple times to reduce food waste. According to the Food and Agriculture Organization (FAO), nearly 1.3 billion tons of food each year which is one third of what is being produce for human consumption is wasted around the world. On the other hand, the World Health Organization (WHO) estimates that 20% of the world's population faces severe food shortage. The developed application portal will help society by providing food to those in need. It keeps track of restaurants and NGO in nearby locations by highlighting availability of food and need. The supporting features are also kept for communication and from future perspective. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/extc06-240930060240-6ba408bf-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> India, the second largest country in the world in terms of population. The food requirement is also rising exponentially with the population. Many factors like, bad weather , pandemic, natural calamites affect food production. If food production is less than only alternative to have enough food is utilization of food. The significant rise in food waste necessitates Charity in terms of donations. In the current scenario, the majority of food is lost daily at numerous restaurants, social gatherings, and other social activities. The current framework provides details about the inspiration for such an application by visiting each organization multiple times to reduce food waste. According to the Food and Agriculture Organization (FAO), nearly 1.3 billion tons of food each year which is one third of what is being produce for human consumption is wasted around the world. On the other hand, the World Health Organization (WHO) estimates that 20% of the world&#39;s population faces severe food shortage. The developed application portal will help society by providing food to those in need. It keeps track of restaurants and NGO in nearby locations by highlighting availability of food and need. The supporting features are also kept for communication and from future perspective.
Annapurna Waste Food Management system from vivatechijri
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A One stop APP for Personal Data management with enhanced Security using Interplanetary File System (IPFS) /slideshow/a-one-stop-app-for-personal-data-management-with-enhanced-security-using-interplanetary-file-system-ipfs/272098954 extc05-240930060125-a9ff0eff
In today's digital era, the use of physical documents has been replaced by software files for various administrative and everyday purposes. To keep up with this trend and provide a secure and efficient platform for managing documents, this thesis/project proposes a platform that utilizes hashing and IPFS technology for secure document management. The proposed system allows users to upload and store documents on a remote cloud storage server, and share them via QR codes. Upon request, the document owner can grant access to the receiver to view and download the document. The system provides two levels of security to protect user's data and documents. This proposed system can be implemented through an Android application. Overall, the proposed system provides an efficient, secure, and modern approach to document management.]]>

In today's digital era, the use of physical documents has been replaced by software files for various administrative and everyday purposes. To keep up with this trend and provide a secure and efficient platform for managing documents, this thesis/project proposes a platform that utilizes hashing and IPFS technology for secure document management. The proposed system allows users to upload and store documents on a remote cloud storage server, and share them via QR codes. Upon request, the document owner can grant access to the receiver to view and download the document. The system provides two levels of security to protect user's data and documents. This proposed system can be implemented through an Android application. Overall, the proposed system provides an efficient, secure, and modern approach to document management.]]>
Mon, 30 Sep 2024 06:01:25 GMT /slideshow/a-one-stop-app-for-personal-data-management-with-enhanced-security-using-interplanetary-file-system-ipfs/272098954 vivatechijri@slideshare.net(vivatechijri) A One stop APP for Personal Data management with enhanced Security using Interplanetary File System (IPFS) vivatechijri In today's digital era, the use of physical documents has been replaced by software files for various administrative and everyday purposes. To keep up with this trend and provide a secure and efficient platform for managing documents, this thesis/project proposes a platform that utilizes hashing and IPFS technology for secure document management. The proposed system allows users to upload and store documents on a remote cloud storage server, and share them via QR codes. Upon request, the document owner can grant access to the receiver to view and download the document. The system provides two levels of security to protect user's data and documents. This proposed system can be implemented through an Android application. Overall, the proposed system provides an efficient, secure, and modern approach to document management. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/extc05-240930060125-a9ff0eff-thumbnail.jpg?width=120&amp;height=120&amp;fit=bounds" /><br> In today&#39;s digital era, the use of physical documents has been replaced by software files for various administrative and everyday purposes. To keep up with this trend and provide a secure and efficient platform for managing documents, this thesis/project proposes a platform that utilizes hashing and IPFS technology for secure document management. The proposed system allows users to upload and store documents on a remote cloud storage server, and share them via QR codes. Upon request, the document owner can grant access to the receiver to view and download the document. The system provides two levels of security to protect user&#39;s data and documents. This proposed system can be implemented through an Android application. Overall, the proposed system provides an efficient, secure, and modern approach to document management.
A One stop APP for Personal Data management with enhanced Security using Interplanetary File System (IPFS) from vivatechijri
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