Presentation from the SiS Catalyst and EUCU.NET Technucation conferernce at the University of Porto, 28th November to 1st December 2013. Workshop D - The Technology.
Presentation of the challenges facing IT departments when digital natives invade universities. Presented at Forskningsnet Konference 2009
http://forskningsnettet.dk/konferencer/2009/
IWMW 2004: Life After Email Strategies For Collaboration in the 21st CenturyIWMW
油
This document discusses strategies for collaboration in the 21st century as email becomes less prominent. It covers challenges from new devices, commercial technologies, and emerging collaborative Internet tools. The document summarizes several collaborative tools like instant messaging, blogs, wikis, SMS, and social networks that are gaining popularity. It also discusses policy and deployment issues regarding these new technologies.
Cloudy, with a Chance of Genealogy - Genealogy in the Cloud - a simple and down-to-earth explanation of what the cloud is and how genealogists can use cloud computing to simplify their own computer usage.
Presentasi tentang pemanfaatan komputasi awan dalam dunia pendidikan. Dipresentasikan dalam National Seminar on Cloud Computing yang diselenggarakan oleh Politeknik Negeri Semarang (POLINES) bekerjasama dengan Microsoft User Group Indonesia (MUGI) Semarang
Touch Technologies for the flipped classroomjsaldana2
油
The document discusses different types of educational technology that can be used in the classroom, such as BYOD, campus-provided devices, virtual desktops, note taking apps, cloud applications, e-books, and educational apps. It notes that technology is not the enemy of education and outlines excuses commonly given for not using technology, as well as how instructors could better utilize technology to enhance learning. The document provides examples of how specific technologies like virtual desktops, note taking apps, and cloud applications can be implemented in educational settings.
Cloud computing allows users to access applications, files, and data storage over the Internet rather than storing them locally. It provides access to shared computing resources like servers, databases, networks and software on demand. There are different service and deployment models for cloud computing including SaaS, PaaS, IaaS, private cloud, public cloud and hybrid cloud. While cloud computing provides benefits like flexibility, scalability and cost savings, it also poses security, privacy and reliability risks since data and applications are stored remotely on servers.
Brian Kelly, UKOLN, gave a talk on "Web 2.0: Addressing Institutional Barriers" at the ILI 2006 conference in London on 16 October 2006.
See http://www.ukoln.ac.uk/web-focus/events/conferences/ili-2006/
The Santa Clara Unified School District was facing budget constraints and issues supporting outdated desktop computers across its 26 sites. The Director of IT explored virtual desktop solutions like VMWare and Citrix but found them too expensive. She discovered ZeroPC, which uses web technologies to deliver virtual desktops through a browser at a much lower cost. ZeroPC allowed SCUSD to repurpose older PCs, reduce storage costs by 99%, support over 1,000 users on a single server, and save over $1 million in the first year through lower infrastructure and licensing expenses compared to traditional VDI.
Portable Cloud Computing System A System which Makes Everywhere an ICT Enh...Takashi Yamanoue
油
A "Portable Cloud Computing System (Portable Cloud)" is discussed. This system is a portable system that can turn any room into an ICT-enhanced classroom or an ICT-enhanced meeting-room. The Portable Cloud is a carrying case, which contains Wi-Fi access points, a network switch, and a server cluster. The server cluster includes a NAPT (Network Address Port Translation) router, a DHCP server, a captive portal, and application servers. The Wi-Fi access points, the NAPT router, the captive portal and the DHCP server make the space where the Portable Cloud is located, Internet accessible. The application servers contains applications such like "Distributed Web Screen Share (DWSS)", "際際滷 Plus", and "OwnCloud". The DWSS is a web application which transmits a live screen image of a PC to a large number of Web clients. 際際滷 Plus is an interactive live slide presentation tool for a large audience with Web clients. OwnCloud is open source software by owncloud.com. This software enables file sharing among students and teachers similar to that found in Dropbox. We are using the Portable Cloud for our seminar class, meetings of grass-root groups, and academic conferences. We can't imagine holding our seminar class without the Portable Cloud.
Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It allows users to access files and applications from any device. There are three categories of cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. Cloud computing works by hosting information on remote servers that users can access through the web or a software application from any location. Common examples of cloud computing include webmail, online photo storage, and social networking sites.
Dumisani Timothy Ncube is a 32-year-old South African senior ICT support engineer currently working for ADvTECH Resourcing. He has over 9 years of experience in IT support including desktop support, server administration, network administration, and mobile device repairs. He is proficient in Microsoft and Apple technologies, Syspro, and various networking and security tools.
Cloud Computing Presentation for Web Tools_Nicole Siegelnsiegel922
油
Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It allows users to access files and applications from any device. There are three categories of cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. Cloud computing is becoming more popular and will likely make desktop computers irrelevant as most functions will be available via the web. It provides advantages like accessibility, cost effectiveness, and flexibility but also risks like security and lack of privacy.
Cloud Computing Presentation for Web Tools_ Nicole Siegelnsiegel922
油
Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It allows users to access files and applications from any device. There are three categories of cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. Cloud computing works by hosting information on remote servers that users can access through the web or a software application from any location. Many common services like email, photo storage, and word processing are now delivered through the cloud.
The document summarizes experiences with building and using a private cloud at the University of St Andrews. It discusses setting up a 10-machine server infrastructure with Eucalyptus cloud software, which provided elastic computing but had some issues. It also describes developing a Cloud Adoption Toolkit to help with decision making during cloud adoption.
This document summarizes a presentation given by Beatrice Pulliam and Heather Williamson at Dartmouth College in October 2009 about moving library staff training and services to the cloud. The presentation discusses Providence College's library staff training programs, including a 23 Things online training course and use of LibGuides and a wiki. It also covers the library's efforts to improve internal workflows and communication through tools like Microsoft Outlook and a shared wiki for access services procedures. The presentation provides tips for planning staff technology training and emphasizes ongoing training, getting staff input, making it fun, and evaluating pilots.
The document provides updates on various technology services at the University of Illinois including:
- Active Directory changes including display name changes and planned password policy changes.
- Conferencing services moving to Cisco MeetingPlace to support more flexible audio, web, and video conferencing capabilities.
- A campus wiki pilot and plans to offer a new backup and storage pricing model.
- Classroom technology projects including classroom renovations and emerging technologies like audience response systems.
- Updates and changes to directory services, the Iris management system, iTunes U, VPN services transitioning to Nortel, and the Meru wireless network deployment.
Cloud computing allows users to access software, storage, and other computing services over the Internet rather than maintaining these resources locally. It has grown from early concepts like distributed, cluster, and utility computing. Major cloud providers include Amazon Web Services, Google, and Microsoft Azure. There are three main types of cloud deployment models - public, private, and hybrid clouds. Cloud computing provides advantages like lower costs, universal access, and scalability but also risks like security vulnerabilities and reliance on internet connectivity.
Data breaches and digital theft are now so frequent in the daily news cycle we have almost become numb to it. Information Security professionals often get asked by friends and family if large companies and government agencies are not able to stop attackers, what chance does an individual or a small business have?
This presentation was made to serve as a guide for Information Security professionals to reference when they are asked What can the little guy do to be secure? and for the non-technical to get started with improving their own personal digital security.
Digitalization is disrupting knowledge work similar to other industries. Key trends include:
1. Infrastructure as code allows electronically executable artifacts like workflows to automate tasks.
2. DevOps blurs lines between developers and operations through mixed teams and automation.
3. The internet of things connects everyday objects to networks and makes working with digital information more natural.
4. Deep learning enables computers to learn autonomously like humans, changing some jobs while creating new ones requiring high skills.
Cloud computing allows users and companies to access computer data and software over the Internet rather than locally. It stores information on remote servers that can be accessed from any device with an Internet connection. This provides advantages like lower costs, increased storage, flexibility and mobility compared to traditional computing. However, cloud computing also presents some risks regarding data privacy, security and reliability that users must consider.
J2 me based file transfer and storage system umlpenubarthhy
油
This document contains UML diagrams for a J2ME based file transfer and storage system. The class diagram shows the classes for the mobile user, server, and database. The authentication use case diagram shows the user getting registered and providing credentials to the server for validation. The user-server use case diagram displays the user uploading, viewing, and downloading files from the server which interacts with the database. The sequence diagram then shows the step-by-step process of a user registering, logging in, uploading a file which is saved to the database, searching for a file, and downloading it. Finally, the collaboration diagram maps the interactions between the user, server and database classes.
Cos'竪 il cloud computing? La nuvola di cui sentiamo tanto parlare? Quali sono le sue caratteristiche e quali vantaggi offre? Cos'竪 Microsoft Azure? Cos'竪 Azure for DreamSpark? Presentazione effettuata in occasione del Academic Tour dell'Aquila. (DreamSpark 竪 il vecchio nome di Microsoft Imagine)
This document discusses security issues related to moving from single cloud to multi-cloud environments. It first provides background on the increased use of cloud computing and the privacy and security concerns organizations have in using single cloud providers. It then discusses the trend toward multi-cloud/inter-cloud environments to address issues like availability and potential insider threats. The document examines research on security issues in single and multi-cloud environments and outlines the objective to automatically block attackers and securely compute data across clouds.
The document provides tips and tools for making e-learning more effective. It suggests rethinking the definition of e-learning to focus more on informal learning and collaboration. Learning should improve productivity, not just be about completing courses. Tools recommended include using video sharing, podcasts, wikis, and social networking to encourage self-organized learning and sharing between employees.
Cloud computing security from single to multipleKiran Kumar
油
This document discusses security issues with single cloud providers and proposes a multi-cloud approach. It notes that relying on a single cloud provider poses risks from service availability failures and potential malicious insiders. The proposed system advocates using multiple cloud storage providers ("multi-clouds") to improve data integrity, availability, and reduce intrusions. Code examples demonstrate encryption, file uploads/downloads, and a class diagram is presented. The conclusion reiterates that multi-cloud can help decrease security risks for cloud computing users.
Dynamic Resource Allocation Using Virtual Machines for Cloud Computing Enviro...SaikiranReddy Sama
油
In Dynamic Resource Allocation, WE PRESENT A SYSTEM THAT USES VIRTUALIZATION TECHNOLOGY TO ALLOCATE DATA CENTER RESOURCES DYNAMICALLY.
WE INTRODUCE THE CONCEPT OF SKEWNESS.
And BY MINIMIZING SKEWNESS, WE CAN COMBINE DIFFERENT TYPES OF WORKLOADS NICELY AND IMPROVE THE OVERALL UTILIZATION OF SERVER RESOURCES.
WE DEVELOP A SET OF HEURISTICS THAT PREVENT OVERLOAD IN THE SYSTEM EFFECTIVELY WHILE SAVING ENERGY USED.
Dynamic resource Allocation using Virtual Machines For Cloud Computing
The document discusses cloud computing and distributed computing. It defines cloud computing as a type of parallel and distributed system consisting of interconnected and virtualized computers that are dynamically provisioned on demand through web technologies. Distributed computing is defined as utilizing a network of autonomous computers communicating over a network to accomplish a task more quickly than a single computer. The document then covers the history, characteristics, applications, advantages, and disadvantages of distributed computing and cloud computing.
Cloud computing is used to define a new class of computing that is based on the network technology. Cloud computing takes place over the internet. It comprises of a collection of integrated and networked hardware, software and internet infrastructures. These infrastructures are used to provide various services to the users. Distributed computing comprises of multiple software components that belong to multiple computers. The system works or runs as a single system. Cloud computing can be referred to as a form that originated from distributed computing and virtualization.
The document discusses a university cloud computing project that aims to provide researchers and students access to virtual servers, desktops, and applications through a university portal. This would help support research and education by reducing costs associated with hardware and software needs. The project team implemented a prototype using VMware virtualization at their faculty to offer virtual servers for student projects and applications, as well as virtual desktops for faculty. They hosted a conference on research clouds that was successful and sponsored by several technology companies.
Cloud computing allows users to access computer resources and applications over the Internet. It provides on-demand, scalable access to shared pools of configurable computing resources like networks, servers, storage, applications, and services. Resources can be rapidly provisioned and released with minimal management effort. Cloud services follow five essential characteristics - they are delivered over a network and accessed via standard mechanisms, provide on-demand self-service, broad network access, resource pooling, rapid elasticity, and are metered by usage. There are three main service models - Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). Cloud deployments can be private, public or hybrid.
Portable Cloud Computing System A System which Makes Everywhere an ICT Enh...Takashi Yamanoue
油
A "Portable Cloud Computing System (Portable Cloud)" is discussed. This system is a portable system that can turn any room into an ICT-enhanced classroom or an ICT-enhanced meeting-room. The Portable Cloud is a carrying case, which contains Wi-Fi access points, a network switch, and a server cluster. The server cluster includes a NAPT (Network Address Port Translation) router, a DHCP server, a captive portal, and application servers. The Wi-Fi access points, the NAPT router, the captive portal and the DHCP server make the space where the Portable Cloud is located, Internet accessible. The application servers contains applications such like "Distributed Web Screen Share (DWSS)", "際際滷 Plus", and "OwnCloud". The DWSS is a web application which transmits a live screen image of a PC to a large number of Web clients. 際際滷 Plus is an interactive live slide presentation tool for a large audience with Web clients. OwnCloud is open source software by owncloud.com. This software enables file sharing among students and teachers similar to that found in Dropbox. We are using the Portable Cloud for our seminar class, meetings of grass-root groups, and academic conferences. We can't imagine holding our seminar class without the Portable Cloud.
Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It allows users to access files and applications from any device. There are three categories of cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. Cloud computing works by hosting information on remote servers that users can access through the web or a software application from any location. Common examples of cloud computing include webmail, online photo storage, and social networking sites.
Dumisani Timothy Ncube is a 32-year-old South African senior ICT support engineer currently working for ADvTECH Resourcing. He has over 9 years of experience in IT support including desktop support, server administration, network administration, and mobile device repairs. He is proficient in Microsoft and Apple technologies, Syspro, and various networking and security tools.
Cloud Computing Presentation for Web Tools_Nicole Siegelnsiegel922
油
Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It allows users to access files and applications from any device. There are three categories of cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. Cloud computing is becoming more popular and will likely make desktop computers irrelevant as most functions will be available via the web. It provides advantages like accessibility, cost effectiveness, and flexibility but also risks like security and lack of privacy.
Cloud Computing Presentation for Web Tools_ Nicole Siegelnsiegel922
油
Cloud computing refers to storing and accessing data and programs over the Internet instead of a computer's hard drive. It allows users to access files and applications from any device. There are three categories of cloud computing: Infrastructure as a Service, Platform as a Service, and Software as a Service. Cloud computing works by hosting information on remote servers that users can access through the web or a software application from any location. Many common services like email, photo storage, and word processing are now delivered through the cloud.
The document summarizes experiences with building and using a private cloud at the University of St Andrews. It discusses setting up a 10-machine server infrastructure with Eucalyptus cloud software, which provided elastic computing but had some issues. It also describes developing a Cloud Adoption Toolkit to help with decision making during cloud adoption.
This document summarizes a presentation given by Beatrice Pulliam and Heather Williamson at Dartmouth College in October 2009 about moving library staff training and services to the cloud. The presentation discusses Providence College's library staff training programs, including a 23 Things online training course and use of LibGuides and a wiki. It also covers the library's efforts to improve internal workflows and communication through tools like Microsoft Outlook and a shared wiki for access services procedures. The presentation provides tips for planning staff technology training and emphasizes ongoing training, getting staff input, making it fun, and evaluating pilots.
The document provides updates on various technology services at the University of Illinois including:
- Active Directory changes including display name changes and planned password policy changes.
- Conferencing services moving to Cisco MeetingPlace to support more flexible audio, web, and video conferencing capabilities.
- A campus wiki pilot and plans to offer a new backup and storage pricing model.
- Classroom technology projects including classroom renovations and emerging technologies like audience response systems.
- Updates and changes to directory services, the Iris management system, iTunes U, VPN services transitioning to Nortel, and the Meru wireless network deployment.
Cloud computing allows users to access software, storage, and other computing services over the Internet rather than maintaining these resources locally. It has grown from early concepts like distributed, cluster, and utility computing. Major cloud providers include Amazon Web Services, Google, and Microsoft Azure. There are three main types of cloud deployment models - public, private, and hybrid clouds. Cloud computing provides advantages like lower costs, universal access, and scalability but also risks like security vulnerabilities and reliance on internet connectivity.
Data breaches and digital theft are now so frequent in the daily news cycle we have almost become numb to it. Information Security professionals often get asked by friends and family if large companies and government agencies are not able to stop attackers, what chance does an individual or a small business have?
This presentation was made to serve as a guide for Information Security professionals to reference when they are asked What can the little guy do to be secure? and for the non-technical to get started with improving their own personal digital security.
Digitalization is disrupting knowledge work similar to other industries. Key trends include:
1. Infrastructure as code allows electronically executable artifacts like workflows to automate tasks.
2. DevOps blurs lines between developers and operations through mixed teams and automation.
3. The internet of things connects everyday objects to networks and makes working with digital information more natural.
4. Deep learning enables computers to learn autonomously like humans, changing some jobs while creating new ones requiring high skills.
Cloud computing allows users and companies to access computer data and software over the Internet rather than locally. It stores information on remote servers that can be accessed from any device with an Internet connection. This provides advantages like lower costs, increased storage, flexibility and mobility compared to traditional computing. However, cloud computing also presents some risks regarding data privacy, security and reliability that users must consider.
J2 me based file transfer and storage system umlpenubarthhy
油
This document contains UML diagrams for a J2ME based file transfer and storage system. The class diagram shows the classes for the mobile user, server, and database. The authentication use case diagram shows the user getting registered and providing credentials to the server for validation. The user-server use case diagram displays the user uploading, viewing, and downloading files from the server which interacts with the database. The sequence diagram then shows the step-by-step process of a user registering, logging in, uploading a file which is saved to the database, searching for a file, and downloading it. Finally, the collaboration diagram maps the interactions between the user, server and database classes.
Cos'竪 il cloud computing? La nuvola di cui sentiamo tanto parlare? Quali sono le sue caratteristiche e quali vantaggi offre? Cos'竪 Microsoft Azure? Cos'竪 Azure for DreamSpark? Presentazione effettuata in occasione del Academic Tour dell'Aquila. (DreamSpark 竪 il vecchio nome di Microsoft Imagine)
This document discusses security issues related to moving from single cloud to multi-cloud environments. It first provides background on the increased use of cloud computing and the privacy and security concerns organizations have in using single cloud providers. It then discusses the trend toward multi-cloud/inter-cloud environments to address issues like availability and potential insider threats. The document examines research on security issues in single and multi-cloud environments and outlines the objective to automatically block attackers and securely compute data across clouds.
The document provides tips and tools for making e-learning more effective. It suggests rethinking the definition of e-learning to focus more on informal learning and collaboration. Learning should improve productivity, not just be about completing courses. Tools recommended include using video sharing, podcasts, wikis, and social networking to encourage self-organized learning and sharing between employees.
Cloud computing security from single to multipleKiran Kumar
油
This document discusses security issues with single cloud providers and proposes a multi-cloud approach. It notes that relying on a single cloud provider poses risks from service availability failures and potential malicious insiders. The proposed system advocates using multiple cloud storage providers ("multi-clouds") to improve data integrity, availability, and reduce intrusions. Code examples demonstrate encryption, file uploads/downloads, and a class diagram is presented. The conclusion reiterates that multi-cloud can help decrease security risks for cloud computing users.
Dynamic Resource Allocation Using Virtual Machines for Cloud Computing Enviro...SaikiranReddy Sama
油
In Dynamic Resource Allocation, WE PRESENT A SYSTEM THAT USES VIRTUALIZATION TECHNOLOGY TO ALLOCATE DATA CENTER RESOURCES DYNAMICALLY.
WE INTRODUCE THE CONCEPT OF SKEWNESS.
And BY MINIMIZING SKEWNESS, WE CAN COMBINE DIFFERENT TYPES OF WORKLOADS NICELY AND IMPROVE THE OVERALL UTILIZATION OF SERVER RESOURCES.
WE DEVELOP A SET OF HEURISTICS THAT PREVENT OVERLOAD IN THE SYSTEM EFFECTIVELY WHILE SAVING ENERGY USED.
Dynamic resource Allocation using Virtual Machines For Cloud Computing
The document discusses cloud computing and distributed computing. It defines cloud computing as a type of parallel and distributed system consisting of interconnected and virtualized computers that are dynamically provisioned on demand through web technologies. Distributed computing is defined as utilizing a network of autonomous computers communicating over a network to accomplish a task more quickly than a single computer. The document then covers the history, characteristics, applications, advantages, and disadvantages of distributed computing and cloud computing.
Cloud computing is used to define a new class of computing that is based on the network technology. Cloud computing takes place over the internet. It comprises of a collection of integrated and networked hardware, software and internet infrastructures. These infrastructures are used to provide various services to the users. Distributed computing comprises of multiple software components that belong to multiple computers. The system works or runs as a single system. Cloud computing can be referred to as a form that originated from distributed computing and virtualization.
The document discusses a university cloud computing project that aims to provide researchers and students access to virtual servers, desktops, and applications through a university portal. This would help support research and education by reducing costs associated with hardware and software needs. The project team implemented a prototype using VMware virtualization at their faculty to offer virtual servers for student projects and applications, as well as virtual desktops for faculty. They hosted a conference on research clouds that was successful and sponsored by several technology companies.
Cloud computing allows users to access computer resources and applications over the Internet. It provides on-demand, scalable access to shared pools of configurable computing resources like networks, servers, storage, applications, and services. Resources can be rapidly provisioned and released with minimal management effort. Cloud services follow five essential characteristics - they are delivered over a network and accessed via standard mechanisms, provide on-demand self-service, broad network access, resource pooling, rapid elasticity, and are metered by usage. There are three main service models - Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). Cloud deployments can be private, public or hybrid.
This document discusses how cloud computing could provide benefits to educational institutions. It defines cloud computing as networked computers that provide on-demand resources and services. Cloud computing is needed due to constant software/hardware upgrades, budget cuts, and rapid IT changes. There are three main types of cloud services: Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). The document proposes a cloud model for educational institutions to provide resources to students, researchers, and developers. Potential advantages include decreased costs, flexibility, scalability, and optimized resource utilization.
The document discusses the impact of cloud computing on e-learning. It explains that cloud computing provides on-demand access to computing resources and services over the Internet. This allows e-learning platforms to be easily accessible, collaborative, inexpensive to store resources, and scalable. Some key benefits of using cloud computing for e-learning include lower upfront costs, built-in monitoring and analytics, and the ability to access learning materials from anywhere using an Internet connection. Due to these advantages, more educational organizations are moving their e-learning workloads to the cloud.
Cloud computing 13 principal enabling technologiesVaibhav Khanna
油
Cloud computing is Internet-based computing, whereby shared resources, software and information are provided to computers and other devices on-demand, like the electricity grid.
The cloud computing is a culmination of numerous attempts at large scale computing with seamless access to virtually limitless resources
Cloud computing allows users to access computing resources and hosted services over the Internet. It provides almost unlimited storage, cost efficiency, and easy access to information from anywhere. While the concept of cloud computing is as old as the Internet itself, key developments included Google introducing the term in 2007 and launching Google Docs that same year. Cloud computing takes various forms like Infrastructure as a Service, Platform as a Service, and Software as a Service. It enables learning anytime, anywhere through services that are free or low-cost compared to owning hardware and software. This represents a shift from traditional education models to new digital age learning using the cloud.
This document discusses cloud computing, defining it as storing and accessing data and programs over the Internet instead of a computer's hard drive. It describes the types of cloud computing including public, private, hybrid, and community clouds. The advantages of cloud computing are reduced costs, increased storage, flexibility, mobility, and automation. Potential applications include word processing, customized programs, and data storage. The document also outlines some disadvantages like being unable to access the cloud without an Internet connection.
Webinar CRUI Dell: flexilab, computer classroom made flexible J端rgen Ambrosi
油
Nella cornice dei seminari CRUI, Dell presenta la piattaforma Flexilab, una soluzione innovativa per le computer classroom, che consente allo studente di accedere alle applicazioni di cui necessita da qualunque dispositivo e da qualunque luogo e alle universit di dotarsi delle pi湛 recenti tecnologie, in una modalit gestita, flessibile ed economicamente vantaggiosa.
Machine Learning , Analytics & Cyber Security the Next Level Threat Analytics...PranavPatil822557
油
This document provides an overview of machine learning, analytics, and cyber security presented by Manjunath N V. It includes definitions of key concepts like machine learning, data analytics, and cyber security. It also discusses how machine learning, data analytics, and cyber security are related and can be combined. The document outlines topics that will be covered, including theoretical foundations, hands-on materials, career opportunities, and demonstration of a final output.
cloud computing - concepts and technologies and mechanisms of tackling problems in cloud
you plz ignore who created it , plz focus on problem oriented points
This document discusses cloud computing concepts, technologies, and business implications. It provides an introduction to cloud models like IaaS, PaaS, and SaaS and demonstrates cloud capabilities through examples of Amazon AWS, Google App Engine, and Windows Azure. The document also discusses enabling technologies for cloud computing like virtualization and programming models for big data like MapReduce and Hadoop.
This document proposes a cloud streaming service for the University of Bedfordshire. It discusses the objectives of cloud streaming, including cost savings and flexibility. The document outlines different cloud deployment models like private, public, and hybrid clouds. It explains that cloud streaming allows sharing of resources like video and software from anywhere. The architecture and major providers of cloud streaming are also summarized. Finally, the document discusses challenges of reliability, governance, security and vendor lock-in for cloud streaming services.
Cloud Computing - Govt. Women's College - KumbakonamBala Venkatraman
油
This document discusses cloud computing, including its history, types of cloud services, implementations, opportunities and issues. Cloud computing provides on-demand access to shared computing resources like networks, servers, storage and applications via the internet. There are three main types of cloud services: Software as a Service (SaaS), Platform as a Service (PaaS), and Infrastructure as a Service (IaaS). Public, private and hybrid cloud implementations are also described. The document outlines career opportunities in cloud computing and discusses advantages like flexibility and cost savings, as well as security concerns regarding cloud adoption.
This document discusses the use of cloud computing in academic libraries. It defines cloud computing and outlines the main types: Software as a Service, Platform as a Service, and Infrastructure as a Service. The document explores how libraries can use cloud computing to provide services like storage, access to collections and resources, and instruction. While cloud computing provides benefits like cost savings, increased storage, and flexibility, it also poses security, connectivity, and reliability risks that libraries must consider when adopting these services.
Here we talk about technologies such as Virtualization and WiMAX. The technologies are cost-effective and provide a high QoS. Thus an ideal candidate for Organizations and SMB enterprizes.
Cloud computing allows users to access computer programs, files, and other application data over the internet rather than on a local hard drive. It provides on-demand access to a shared pool of configurable computing resources like servers, storage, databases, software, analytics and more that can be provisioned quickly with minimal management effort. Cloud services include Software as a Service (SaaS), Infrastructure as a Service (IaaS), and Platform as a Service (PaaS). The cloud offers advantages like lower costs, improved access, automatic updates, unlimited storage, and easier collaboration compared to traditional computing methods.
Le nuove tecnologie come vantaggio competitivo della piccola impresaStefano A Gazziano
油
This document discusses cloud computing and its advantages for small businesses. It begins with an example of using Google Docs in class to demonstrate cloud computing. Various cloud computing models are described, including internal private clouds, external private clouds, and public clouds. The main advantages of cloud computing are optimized costs compared to traditional systems through elastic computing capacity and pay-per-use models. Some security risks are also discussed. The document provides examples of Microsoft Azure and Amazon Elastic Computing cloud services.
Application Virtualization, University of New HampshireTony Austwick
油
Presentation to EDUCAUSE, NERCOMP by David Blezzard from University of New Hampshire.
More here http://www.educause.edu/nercomp-annual-conference/2016/2016/streamlining-application-deployment-and-management-through-virtualization
We will report how using the Application Jukebox application virtualization solution at the University of New Hampshire has saved time and simplified management of public and department-specific computer labs and our VDI environment. Traditionally, we used a combination of imaging and then various scripted deployments to install applications. With application virtualization, we have been able to move over a hundred Windows applications into virtual packages that can be "installed" by users on demand. We will discuss the general problem of managing large numbers of complex applications across a range of computer environments while also trying to be flexible and responsive to users.
Outcomes: Understand how application virtualization can overcome issues with deploying software * Appreciate the capabilities of Application Jukebox to be able to assess its utility to your campus * Obtain a model for evaluating a tool's potential savings
Science and the Public: Children's Universities - Theoretical reflections and...eucunet
油
This document discusses a dissertation that examines children's universities. It explores their aims, whether they are for public relations, enhancing scientific literacy, or child development. Through empirical studies including interviews with children and lecturers and analysis of lectures, the author finds that children's universities can foster learning of facts and interest in science. Their pedagogical value lies in representing universities as public institutions of knowledge, though their role in science communication is ambiguous given potential political aims.
Nadine H端llbrock: A review of Children's University Oldenburg - Children as E...eucunet
油
Nadine H端llbrock conducted a study on the Children's University in Oldenburg, Germany to evaluate how effectively it communicates science to children. She observed lectures, interviewed children, and surveyed 680 child participants. The study found that lectures were generally effective at communicating scientific knowledge, with children remembering over 50% of content on average. However, the lectures did not effectively communicate meta-knowledge about what science is and how it works. The children enjoyed the variety of interactive media and methods used but the lectures did not stimulate sustained interest in science topics. The study recommends improvements like integrating meta-knowledge, offering follow-up workshops, and differentiating lectures by age group to enhance the educational impact of the Children's University.
Children's University is a program founded in 2005 in Belgium that aims to educate children ages 8-12 about various academic themes through lectures and hands-on workshops over the course of a few days each fall. Around 850 children and 300 parents participate each year in collaboration with local museums, media organizations, and more. The program is modeled after a university experience, with lectures and breaks similar to a college schedule. Children receive a diploma upon completion and special editions have also been held in the summer at the seaside focused on genetics. There are plans to expand the program to other university campuses across Flanders.
The Fourth Industrial Revolution & 21st Century Skillseucunet
油
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Presentation from the SiS Catalyst and EUCU.NET Technucation conferernce at the University of Porto, 28th November to 1st December 2013. Workshop A - The Content.
Presentation from the SiS Catalyst and EUCU.NET Technucation conferernce at the University of Porto, 28th November to 1st December 2013. Workshop A - The Content.
Presentation from the SiS Catalyst and EUCU.NET Technucation conferernce at the University of Porto, 28th November to 1st December 2013. Workshop A - The Content.
1. Accessible e-learning
in the Cloud
The Spatial Extent of Knowledge World-Wide-Learning
Darko Grabar, University of Zagreb, Faculty of Organization and Informatics
Technucation ICT in Science in Society Activities, Porto, 2012
2. Outline
Background info
About me
Why this topic
e-Learning today
What is The 遺鉛看顎糸?
E-learning and the cloud
Case study
Advantages of the e-Learning Cloud
Problems
Practical examples
3. Background info: About me
Darko Grabar
Working at University of Zagreb, Faculty of
Organization and Informatics
Head of Software Development Center
and E-learning Support Center
Softer developer with strong relation to
Open source and e-learning
Involved in e-learning projects since 2005
Participated in development of several
e-learning strategies at institutional and
country wide level
Part of several Croatian working bodies that deals with Open
Source / Open Access and e-learning
4. Background info: Why this topic
This is what I do
Trying to be one step ahead of teachers by predicting future
usage of ICT in learning
E-learning is at its turn point
New Web 2.0 technologies
LMS crisis
Bigger gap between rich and poor
Cloud technologies are ready
To be used by masses
To provide cheep, reliable and powerful services
5. E-learning today
E-learning is a process of education
(learning and teaching process)
conducted using the Information and
Communication Technology which
improves the quality of the process
itself and the quality of its result
9. E-learning today
Why the future is not here?
What are the problems?
Software is available
Hardware can support it
Network is ready
There are people that know how to use new
technologies
Students/children are demanding it
10. E-learning today
Resources!
Ifthere would be enough resources:
Schools would hire more teachers
They would have experts in ICT and e-learning
They would have appropriate ICT equipment
Teachers would have time to produce
quality e-learning materials
ICT staff would have time to provide top-of
the line environment for e-learning
Students/pupils would be able to use it
And the list goes on
12. E-learning today
So whats wrong with e-learning today?
Outdated technology
Closed systems
Slow innovation
Lack of resources
Money
ICT resources
People
Available only to privileged
14. What is The 遺鉛看顎糸?
E-learning
professional
End user
ICT
support
15. What is The 遺鉛看顎糸?
Cloud computing is the use of computing
resources (hardware and software) that
are delivered as a service over a
network (typically the Internet)
Cloud computing entrusts remote services
with a user's data, software and
computation
Wikipedia
16. What is The 遺鉛看顎糸?
It is a mechanism for delivering scalable
business services that execute on a
decentralized computing fabric
composed of commodity software and
hardware
17. What is The 遺鉛看顎糸?
It is a pay-per-use model for enabling
available, convenient, on-demand
network access to a shared pool of
configurable computing resources
21. What is The 遺鉛看顎糸?
Infrastructure as a service (IaaS)
Software as a service (SaaS)
Platform as a service (PaaS)
Storage as a service (STaaS)
Desktop virtualization
Data as a service (DaaS)
Database as a service (DBaaS)
Test environment as a service (TEaaS)
API as a service (APIaaS)
Security as a service (SECaaS)
Backend as a service (BaaS)
22. What is The 遺鉛看顎糸?
Analogy
How many of you build your house?
23. What is The 遺鉛看顎糸?
Analogy
Are you renting/owning apartment?
24. What is The 遺鉛看顎糸?
Advantages
Cost Effective
Unlimited resources
Speed & Scales
Fast innovation
Backup and Recovery
Automatic software integration
Easy Access
25. What is The 遺鉛看顎糸?
Disadvantages
Change in thinking
Security in the Cloud
Technical Issues
Inflexibility
Cost
26. What is The 遺鉛看顎糸?
Is it only for large
Corporations?
27. E-learning and the cloud
How to make e-learning
accessible and affordable
28. E-learning and the cloud
Case: teaching ICT
Goal:
To provide advanced education in the field of ICT (programming
and multimedia) to students in schools in the form of blended e-
learning course.
We want to teach two courses
Big Data Processing
3D Modeling
Requirements:
Learning Management System for delivering courses
E-Portofilo system for student collaboration
High computing power needed for large files
manipulation and 3D modeling
Large data storage
High speed network
29. E-learning and the cloud
Case: teaching ICT
Lets do it traditional way
We will need:
Server
Install LMS, e-portfolio, databases, ...
High speed network connection
Computer classroom
Screen projector
20 computers (workstation class): fast processor, 8GB of RAM (min), 500GB
disk, fast graphic card
Windows and Linux OS
Install all required software on each computer
Fast local LAN connected to high speed broadband connection
What about when working from home?
30. E-learning and the cloud
Case: teaching ICT
Lets do it traditional way
We will need:
es?
Server
tag
Install LMS, e-portfolio, databases, ...
Ad van
High speed network connection
Computer classroom
Screen projector
Disadv
20 computers (workstation class): fast processor, 8GB of RAM (min), 500GB
antage
disk, fast graphic card
s
Windows and Linux OS
?
Install all required software on each computer
Fast local LAN connected to high speed broadband connection
What about when working from home?
31. E-learning and the cloud
Case: teaching ICT
Lets do it Cloud way
We will need:
Cloud environment with configured applications
Computer classroom
Screen projector
20 low end computers: enough processing power to run OS and browser
Any OS capable of running standard browser or Cloud native client
Network connection (2-3 > Mbps)
What about when working from home?
You can, from any computer (even smart phone or tablet)
32. E-learning and the cloud
Real servers
Virtual server
Virtual
desktops
LMS + ePortfolio
Software preinstalled
Case: teaching ICT
Lets do it Cloud way
Thin clients
33. E-learning and the cloud
Case: teaching ICT
Lets do it Cloud way
We will need:
Cloud environment with configured applications
Computer classroom
tag es?
Ad van
Screen projector
20 low end computers: enough processing power to run OS and browser
Any OS capable of running standard browser or Coud native client
Network connection (2-3 > Mbps)
Disadv
What about when working from home?
antage
You can, from any computer (oven smart phone or tablet)
s?
34. Practical examples
Ulteo Virtual Desktop Key features
http://www.ulteo.com
Open Source
Seamless Application
delivery
Windows applications
Linux applications
Windows 7 or Linux like
remote desktop access
Universal access
Browser
Native client (win, linux, iOS,
Android)
Local desktop interaction
Advanced security
36. Discussion
Are you using e-learning technologies?
What technologies (LMS, e-Portfolio, other?...)
Typical examples
Would you use cloud services if available?
In what context
If no, why not?
What functionality would
you like to see in the
E-learning in the cloud
environment?