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123 final ppt

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Saroj Pawar
Saroj Pawar

This document summarizes a tourist route planner software project. It discusses the problem of choosing the shortest path to a destination. It outlines the software engineering model used, including requirements gathering, design, implementation, testing and deployment. It also describes the integrated system design, data flow diagrams, database tables, and working of the shortest path algorithm. Future enhancements are proposed, including mapping and mobile capabilities.

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Mr. Manjit Patil Miss. Neha Patil Miss. Sarojini Powar Miss. Snehal Dongare D.Y.PATIL COLLEGE OF ENGG. & TECHNOLOGY KASBA BAVADA, KOLHAPUR. 2010-2011
INTRODUCTION The Tourist Route Planner was designed to guide the Client about the road route which, he is planning to travel . It show the client all the possible routes along with the shortest path to reach the destination. www.mapmyindia.com www.oktatabyebye.com Drawback of these sites are: One displays flowchart node wise Other only plots the node graphically Why TRP: The visualized view of the route helps the client to get more information about his route. The application save time and easy to understand
PROBLEM STATEMENT In todays fast world there is a lot of importance given for the time. Time also plays an important role in tours. The basic problem that occurs is to choose the correct path or the shortest path to reach the destination. It also creates confusion which in end results into loss of interest and no full satisfaction though client has spent large amount of money. So we have designed this software that properly guides the tourist about his path that he/she wishes to travel. We do this by providing the tourist the shortest path available to reach his/her destination and we also give all the other possible paths available to reach the destination.
SOFTWARE ENGINEERING MODEL Requirements Design Implementation Testing Deployment & Maintenance
REQUIREMENTS The raw material is collected. The things which are required for building the project. The information about the cities, states, places, categories, car fare is been collected. DESIGN: The proper placement or arrangement of all the requirements is done. Consist of the database structure and also the form design and the GUI design to make the project a bit interactive with the client.
IMPLEMENTATION The proper coding for the development of project is done. In this stage we are going to write the code for implementing this algorithm. TESTING In testing stage we are going to test the working of the shortest path algorithm. Remove the errors if any for the proper working of the code. DEPLOYMENT & MAINTENANCE The code is being installed on the client side. The client is being given all the necessary information. The procedure for the execution of our application.
INTEGRATED SYSTEM DESIGN Routes Admin Places Categories if Routes Database Place List User Path User Shortest Path
Data Flow Diagram LEVEL0 DFD : Client side Node database Use table for source and Check Result client destination on Input Page Application Database Enter Input source and Choose destination TRP Application Shortest Path Tracking Algorithm Transmitting string to server via GPRS Calculate Display shortest Graph on Output File path map Sending Report in tabular format and as a graph
LEVEL1 DFD : Server side Application database result check Validate administrator Enter Name administrator & Password Yes: Enter in system & no get authority Invalid TRP administrator application
TABLES INTERRELATION CategoryID CityID StateID CityName StateName CategoryName StateID CategoryID Place PlaceCode RouteID PlaceName FromID CityID ToID CategoryID Distance
WORKING Input: Sr. No. From To Distance 1 A B 5 2 A C 10 3 D B 4 4 D C 3 5 B C 8 6 A D 6 Plot graph (Dijkstras, vector algo) Shortest path
EXAMPLE CONTINUED D 6 3 A 4 C 10 8 B
CONCLUSION Because of which we have been successful in providing our client with the shortest path to reach his destination. And we also provided him with all other available paths to reach his destination. And we have been successful in saving the valuable time and money of our client.
PROPOSED WORK MODULE 3: In this module we are going to display/plot the information on the map graphically using GIS technology. We are also going to implement the usability of our application through mobile browser using GPRS methodology.
FUTURE OF TRP TRP 2.0: It will consist of virtual imaging technology along with voice guided assistance to reach the destination. A membership pattern will be included in this system. Only the members can use the virtual imagining and 24x7 voice guided navigation system.
REFERENCES http://en.wikipedia.org/wiki/Component_diagram http://www.visualcase.com/kbase/component_diagram.htm http://en.wikipedia.org/wiki/Software_development_process www.google.com
123 final ppt

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123 final ppt

  • 1. Mr. Manjit Patil Miss. Neha Patil Miss. Sarojini Powar Miss. Snehal Dongare D.Y.PATIL COLLEGE OF ENGG. & TECHNOLOGY KASBA BAVADA, KOLHAPUR. 2010-2011
  • 2. INTRODUCTION The Tourist Route Planner was designed to guide the Client about the road route which, he is planning to travel . It show the client all the possible routes along with the shortest path to reach the destination. www.mapmyindia.com www.oktatabyebye.com Drawback of these sites are: One displays flowchart node wise Other only plots the node graphically Why TRP: The visualized view of the route helps the client to get more information about his route. The application save time and easy to understand
  • 3. PROBLEM STATEMENT In todays fast world there is a lot of importance given for the time. Time also plays an important role in tours. The basic problem that occurs is to choose the correct path or the shortest path to reach the destination. It also creates confusion which in end results into loss of interest and no full satisfaction though client has spent large amount of money. So we have designed this software that properly guides the tourist about his path that he/she wishes to travel. We do this by providing the tourist the shortest path available to reach his/her destination and we also give all the other possible paths available to reach the destination.
  • 4. SOFTWARE ENGINEERING MODEL Requirements Design Implementation Testing Deployment & Maintenance
  • 5. REQUIREMENTS The raw material is collected. The things which are required for building the project. The information about the cities, states, places, categories, car fare is been collected. DESIGN: The proper placement or arrangement of all the requirements is done. Consist of the database structure and also the form design and the GUI design to make the project a bit interactive with the client.
  • 6. IMPLEMENTATION The proper coding for the development of project is done. In this stage we are going to write the code for implementing this algorithm. TESTING In testing stage we are going to test the working of the shortest path algorithm. Remove the errors if any for the proper working of the code. DEPLOYMENT & MAINTENANCE The code is being installed on the client side. The client is being given all the necessary information. The procedure for the execution of our application.
  • 7. INTEGRATED SYSTEM DESIGN Routes Admin Places Categories if Routes Database Place List User Path User Shortest Path
  • 8. Data Flow Diagram LEVEL0 DFD : Client side Node database Use table for source and Check Result client destination on Input Page Application Database Enter Input source and Choose destination TRP Application Shortest Path Tracking Algorithm Transmitting string to server via GPRS Calculate Display shortest Graph on Output File path map Sending Report in tabular format and as a graph
  • 9. LEVEL1 DFD : Server side Application database result check Validate administrator Enter Name administrator & Password Yes: Enter in system & no get authority Invalid TRP administrator application
  • 10. TABLES INTERRELATION CategoryID CityID StateID CityName StateName CategoryName StateID CategoryID Place PlaceCode RouteID PlaceName FromID CityID ToID CategoryID Distance
  • 11. WORKING Input: Sr. No. From To Distance 1 A B 5 2 A C 10 3 D B 4 4 D C 3 5 B C 8 6 A D 6 Plot graph (Dijkstras, vector algo) Shortest path
  • 12. EXAMPLE CONTINUED D 6 3 A 4 C 10 8 B
  • 13. CONCLUSION Because of which we have been successful in providing our client with the shortest path to reach his destination. And we also provided him with all other available paths to reach his destination. And we have been successful in saving the valuable time and money of our client.
  • 14. PROPOSED WORK MODULE 3: In this module we are going to display/plot the information on the map graphically using GIS technology. We are also going to implement the usability of our application through mobile browser using GPRS methodology.
  • 15. FUTURE OF TRP TRP 2.0: It will consist of virtual imaging technology along with voice guided assistance to reach the destination. A membership pattern will be included in this system. Only the members can use the virtual imagining and 24x7 voice guided navigation system.
  • 16. REFERENCES http://en.wikipedia.org/wiki/Component_diagram http://www.visualcase.com/kbase/component_diagram.htm http://en.wikipedia.org/wiki/Software_development_process www.google.com