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Vehicle tracking system using gps and gsm

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Vehicle tracking system using gps and gsm

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This project is about tracking system that tracks vehicle using gps and gsm/gprs. Also, it displays information for user interface using web and mobile application.Beside that it displays information on lcd as a form of public notice board too.

This project is about tracking system that tracks vehicle using gps and gsm/gprs. Also, it displays information for user interface using web and mobile application.Beside that it displays information on lcd as a form of public notice board too.

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Vehicle tracking system using gps and gsm

  1. 1. A Presentation on project “Vehicle Tracking System Using GPS and GSM” 1 9/22/2014
  2. 2. Outline: 1. Introduction 2. Hardware Components Laxmi 3.Hardware Programming Algorithm 4.User Interface Anit a Ras mi Ras u 2 9/22/2014
  3. 3. 1. INTRODUCTION 1.1 Problem Statements 1.2 Introduction 1.3 Scope and Possible Application 1.4 Objective 1.5 System Overview 3 9/22/2014
  4. 4. 1.1 Problem statements Unsystematic Transportation Management Unmanaged Public Vehicle arrival time at bus stations. 4 9/22/2014
  5. 5. 1.2 Introduction  “Intelligent Transportation System”  Automated system  a tracking system for vehicle  uses GPS/GSM for tracking  determines precise location of a vehicle .  Uses tracking server to store data  Includes notice board to display current location of vehicle  Provides user interface like web and android application 5 9/22/2014
  6. 6. 1.3 Scope and Possible Applications  Accurate vehicle tracking  Systematic transportation management  Animal tracking  Security purpose  Implementation with Sajha Yatayat 6 9/22/2014
  7. 7. 1.4 Objective  To develop vehicular tracking system to monitor and manage a public transportation system  To provide commuters with exact location and estimated schedule of buses through notification board at bus stops or more conveniently through a website and an android application. 7 9/22/2014
  8. 8. 1.5 System Overview Fig: Block diagram of the system overview of the project. 8 9/22/2014
  9. 9. 2. Hardware Components 2.1 GPS 2.2 GSM 2.3 NXP LPC 2148 2.4 UART 2.5 System Hardware 9 9/22/2014
  10. 10. 2.1. GPS (Global positioning system) GT-320R GPS module  Serial Interface : RS-232 level  Supply voltage: 5 V  GPS receiver channel : 12 parallel  acquisition sensitivity : -140dBm  tracking sensitivity : -150dBm  hot start : < 10 secs  cold start : < 50 second  Protocol used :NMEA-0183 V3.01 GPRMC format 10 9/22/2014
  11. 11. 2.2 GSM (Global System for Mobile Communication)  The world’s most widely used cell phone technology.  Used Sim 900A module Features:  Quad band Module(850/900/1800/1900MHz.)  communicates through Port RS232  Used for Http Communication  Control via AT commands (SIMCOM enchanced)  power consumption: 600mA, 9V 11 9/22/2014
  12. 12. AT Commands Examples AT Ok AT+CREG? OK AT+CPIN? OK 12 9/22/2014
  13. 13. 2.3. NXP LPC2148 ARM7 TDMI-S based high-performance 32-bit RISC Microcontroller Features utilized:  512KB on-chip Flash ROM  32KB RAM  Two On Board UART connectors  On-board LCD  On Board 5V Connector 13 9/22/2014
  14. 14. 2.4 UART (Universal Asynchronous Receiver/Transmitter)  a piece of computer hardware that translates data between parallel and serial forms.  transmit the individual bits in a sequential fashion.  contains a shift register  Eg. RS232 DB9 connector 14 9/22/2014
  15. 15. 2.5 OVERALL SYSTEM HARDWARE GP S UART 0 UART1 GSM LPC 2148 15 9/22/2014
  16. 16. 3. Hardware Programming Algorithm 3.1 Vehicle Tracking System 3.2 Route Display Notice Board 16 9/22/2014
  17. 17. 3.1. Vehicle Tracking System Initialize the UART: UART0 (GPS @ 4800bps) and UART1 (GSM @ 9600bps) Initialize GSM module using AT command and establish a secure GPRS connection Retrieve data from GPS ($GPRMC format) Send the GPS data to the Server using GPRS connection until the status of OK “200” is confirmed In case of error, repeat from step 2. 17 9/22/2014
  18. 18. 3.2.Route Displaying Notice Board Connect to the Server through GSM module via GPRS connection Download the GPS data stored in the Server. Display the current Location on LCD according to the data received 18 9/22/2014
  19. 19. 4 User Interface Application 4.1 Server and Client Side 4.2 Mechanism 4.3 Web Application 4.4 Mobile Application 4.5 Problem Faced and Solved 6.6 Limitation 4.7 Future Enhancement 19 4.8 conclusion 9/22/2014
  20. 20. 4.1 Server Side  Windows 8 Azure -is a microsoft cloud application platform -features like: - cloud service -database mangement -virtual machine  SQL Server 2012(language) -is a relational database mangaement system -function of storing and retrieving data as per request by software application from any computer  Asp.net MVC( language) - is an open source web application framework  Visual Studio 2013 (developer tools) www.amicus-cloud. com http://dbatricksworl d.com 20 9/22/2014
  21. 21. Client side Web Apps Android Apps -Html -Javascript -Ajax -css -000webhost.com( webhost) -Java -json -xml -eclipse (ADT) 21 9/22/2014
  22. 22. 4.2 Mechanism Asp.net MVC Web app Mobile app 22 9/22/2014
  23. 23. 4.3 Web Application 23 9/22/2014
  24. 24. Google Maps 24 9/22/2014
  25. 25. 4.4 Mobile Application MOBILE APPS 25 9/22/2014
  26. 26. ANDROID BUILD-IN GOOGLE MAPS 26 9/22/2014
  27. 27. 4.5 Problem Faced and Solved  The GPS module returned garbage data in initial days -solved by frequent powering gps module.  Connecting to the Server through GPRS due to network errors. -solved by placing module to open area  Frequent Failure Connecting to database (@webhost.com) - solved by moving database to Windows 8 Azure cloud.  Uncomplete data display at LCD (sometimes) - by reseting microcontroller 27 9/22/2014
  28. 28. 4.6 limitation  Android application has to be refreshed each time as it receives new data from the server.  Due to network problem, people might face problem on their internet access due to which this service may get halt. 28 9/22/2014
  29. 29. 4.7 Scope and Future Enhancement Notice board with audio speakers for visually impaired and uneducated people.  Departed and Arrival time can be displayed at station.  Improvement in Android Application for continuous data refreshing. 29 9/22/2014
  30. 30. Recommendation and Conclusion 30 9/22/2014
  31. 31. References  [1] B. C. B. S. Anil Gaire, "GPS GSM Integration for Enhancing Public Transportation System," Lalitpur, 2013.  [2] D. S. W. Andrew Sloss, ARM System Developer's Guide, San Francisco: Morgan Kaufmann, March 2004. pg. 103-155   [3] E. H. H. J. Xiaoya Guo, "Design a Smart Bus System," [Online]. Available: http://www.ece.uvic.ca/~bhung/399/minutes/Final_Report.pdf. [Accessed 20 february 2014].  [4] G. Developers, "Android Application Development.," [Online]. Available: http://developer.android.com/training/index.html. [Accessed 20 july 2014].  [5] "Manual of Board ET-BASE GSM SIM900," [Online]. Available: http://www.etteam.com. [Accessed 6 june 2014].  [6] P. K. R. C. Bikash Poudel, "A Training M anual on FPGA and ARM," kathmandu. 31 9/22/2014
  32. 32. Thank you!! 32 9/22/2014

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