1. Deep Sea Fishermen Patrol System for Coastal Intruder Positioning and Inshore Fishery Control
SUPERVISIOR SUBMITTED BY
Mrs. SHAKILA BANU.A HOD/ICE VELNATH.R
ROBIN.Z
FINAL YEAR ICE
SETHU INSTITUTE OF TECHNOLOGY
DEPARTMENT OF ICE

2. WHY THIS PROJECT

4. OBJECTIVE
To create a safety measurement on fishermen boat and to give a warning to not to cross the national boundary
To create a social impact and an awareness on fishermen dead

5. ABSTRACT
Our project aims to design an innovative device which would alert the coastguard when an intruder or poacher is found within the protected sea water using the help of fishermen community.
This project also warns and prevents the fishermen in not crossing the national sea border.

6. CONTENTS INTRODUCTION HARDWARE USED SOFTWARE AND PROTOCOLS USED
INTERNAL DESIGN
PRINCIPLE AND OPERATION
CIRCUIT DIAGRAM
WORK PLAN
FUTURE ENHANCHMENTS
ADVANTAGES
CONCLUSION

7. INTRODUCTION
The primary reason is that coastguard forces cannot monitor the vast sea border of our country at all places and at all the times
Every day we hear news about our fishermen killed or imprisoned by neighboring countries when they cross the national sea border inadvertently
Our innovative idea frames a conceptual approach in combination with the ARM processor technology

8. Hardware Peripherals Used:
LPC1313 is a 32-bit ARM Cortex-M3 microcontroller from NxP Semiconductors
Touchscreen TFT Display with 320 * 240 resolution and 65k colors acts as the GUI interface
GPS module for location tracking and GSM module for sending intruder alert SMS
A 6-DOF MEMS Compass that is a combination of 3-axis MEMS accelerometer and a 3-axis MEMS magnetometer is used to find the direction of travel of the fishermen boat/ship
A Piezo-Buzzer and Vibrating motor to warn the fishermen while approaching borders
Hardware Peripherals Used:

9. Software Tools Used: Programming Language: Embedded C
Development Tool: LPCXpresso IDE
(Eclipse based)
Embedded Protocols Used:
I2C, SPI, UART, 1-Wire, NMEA 0183

10. Software Libraries Used:
GSM module device driver via UART
Digital MEMS Compass Driver via I2C
NMEA 0183 packet decoder via UART
GSM Driver Software via UART
Cortex-M3 Peripheral Device Driver Library
CMSIS from ARM

11. Touch Screen Controller
INTERNAL DESIGN
GPS Receiver
UART-2
I2C GPIO
ARM CORTEX M3
PWM SPI
UART-1
MEMS Magneto meter
Colour TFT Display
High Current driver
Touch Screen Controller
DC Motor
Buzzer\Alarm
Touch Screen Panel
GSM Modem

12. CIRCUIT DIAGRAM

13. Description:
The device allows fishermen to input the relative location of the intrusion using the advanced GUI interface available in the touchscreen device
This allows the device to calculate the exact location of the intrusion using the integrated GPS receiver, and radio the information to the nearest coastguard station via GSM communication
The device would also warn the fishermen (beep and vibrate) when they approach near the national sea border and controls them to trawl (go fishing) within the safe region.

14. Deep Sea Fishermen Patrol System for Coastal Intruder Positioning and Inshore Fishery Control

15. WORK PLAN 16.02.2015 Circuit Diagram 20.02.2015-18.03.2015
Partially completed
Hardware and Software components
Ongoing
An overview of Demo or Model of the project
Yet to be

16. FUTURE ENHANCEMENTS

17. Advantages:
This project will increase our sea defense by manifold at very low cost.
This technology will benefit the poor fishermen and protect the coastal environment.
Prevents fishermen killed or imprisoned when they cross the national sea border inadvertently.

18. REFERENCES
Y.Bar-shalom, X.R.Li, and T.Kirubarajan, “Estimation with Application to Tracking and Navigation”. New York, NY: John Wiley &Sons, 2001
H.Wymeerch, J.Lien, and M.Z.Win. “Cooperative Localization in Wireless Networks”, Proc.IEEE, volume 97, no. 2, pp , 2009
D.Dardari, A.Conti, U.Ferner, A.Gioretti, and M.Z.Win, “Ranging with Ultrawide Bandwidth Signals in Multipath Environments”, Proc.IEEE, vol. 97, no.2, pp , Feb. 2009
Karthick Mahesh Varadarajan, Markus Vincze. “Topology Control of Mobile Robot Networks for Optimal Coverage and Connectivity using Irregular Hexagonalization”, International Conference on Automatic and Automatics Systems.

20. QUERIES
????