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Mid Term Project Presentation- GSM Based Flood Notification System

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Mid Term Project Presentation on GSM Based Flood Notification System- B.TECH Final Year Poject- Electronics And Communication

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Mid Term Project Presentation- GSM Based Flood Notification System

  1. 1. Project Presentation GSM Based Flood Notification System Presented By- Anshul Joshi & Ankit Rayal 1
  2. 2. CONTENTS  Introduction  Objective  Requirements Of The Project  Project Overview  Flow-Chart Of The Project  Block Diagram  Recommendations  Work Progress  Feasibility  Applications  References 2
  3. 3. Introduction Global Climate Change Causing tremendous impact on high mountain environment. Most of Flood level systems depend on satellite to predict the flood data. Enhancing the system using GSM Technology. 3
  4. 4. Objective Phase-1 • Study Of GSM Technology and GSM Module Phase-2 • Atmel Microcontroller Programming Using Embedded C. Phase-3 • To learn about the basics of Eagle Software. Phase-4 • Implementation of the Hardware Model. Phase-5 • Testing of the Project. 4
  5. 5. Requirements Of The Project  Hardware Requirements- Atmel Series Microcontroller, GSM Module, LCD, Transformer, Regulator.  Software Requirements- Eagle Software, Knowledge Of Embedded C. 5
  6. 6. Project Overview  The main objective of the project is to detect rising water level in a river before it takes form of flood and cause any destruction and to alert the concerned authorities about the rising level of water.  Microcontroller is interfaced with a water level sensor.  Sensor will send an interrupt to the microcontroller indicating that it has crossed the danger point.  So whenever there is an occurrence of such flood the sensor sends a logic signal to the microcontroller that is programmed in such a way that it will send an alert stored SMS through RS232 protocol to the SIM mounted GSM modem to the concerned authorities to avoid accidents. 6
  7. 7. Flow Chart Of The Project STAR T Read Water Level Calculate Height If Height Greater Than Threshold SMS To Authorities YES Delay 60 Minutes. No 7
  8. 8. Block Diagram Of The Project 8
  9. 9. Recommendations  Design Water Sensor  Fabricate different Components  Provision for number change  Calculate rise time and velocity of water. 9
  10. 10. Work Progress  Sensor Design 10
  11. 11. Work Progress( Contd.) 11
  12. 12. Work Progress( Contd.) 12
  13. 13. Work Progress( Contd.)  PCB Designing 13
  14. 14. Work Progress( Contd.) 14
  15. 15. Feasibility Of The Project • Rapid Growth Of Mobile Technology. • Faster Than Satellite Prediction. Technical Financial • One Time Investment. • Approx Cost (5 – 6) K. • Low Operation Cost Of SMS. • 7 To 8 Months Needed To Achieve The Aim Of Successful Completion. Duration 15
  16. 16. Applications Of The Project Monitoring Of Flood In Remote Areas. To Prevent De- Railing Of Trains. To Track Unexpected Melting Of Glaciers. To Avoid Wastage Of Water In Large Public Tanks. Ability To Alert Multiple Mobile Users. 16
  17. 17. References  Rastin Pries, Tobias HoBfeld, and Phuoc Tran-Gia (2006), “On the Suitability of the Short Message Service for Emergency Warning Systems” 0-7803-9392-9/06, 2006 IEEE.  Donglin Wang, Sandeep Chandana, Renlun He, Jiuqiang Han, Xiangyu Zhu, Ke Zou and Yong He, “Intelligent Sensor Design in Network based Automatic Control” 2010 IEEE.  Bula Internet (2004), Fiji ICT Case Study, International Telecommunication Union  National Science and Technology Development Agency, Klong 1, Klong Luang, Pathum Thani, 12120 Thailand, “Real-time flood monitoring and warning system” Mar. - Apr. 2011. 17
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