Journal Press India^®

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This project work is focused on the remote control car which is widely used in search missions such as in the occurrence of natural disasters and calamities. This system is developed using ARM 7 (LPC2148) microcontroller to detect the obstacles and the live bodies that are caught beneath the natural disaster without any harm to human beings. This car module is made up of a commercially available remote car chassis and controlling of the motor is performed using motor control unit (L293D). An exclusively developed Android application is adopted for controlling the car with Bluetooth as the platform. Also the UV sensor is integrated in the system to sense the obstacles and the objects. The Wi-Fi camera is erected for monitoring of real-time situations.

Keywords

Search Missions; ARM Controller; Motor Control Unit; UV Sensor; ARM Car

1. Y. Jingi, L. Zhange, I. Arce, A. Farajidavar, Andro RC: An Android Remote Control Car Unit for Search Missions, 2014 International Conference on Embedded systems and Network Technologies


2. S. S. Chakole, V. R Kapur, Y. A. Suryawanshi, ARM Hardware platform for Vehicular Monitoring and Tracking, 2013 International Conference on Communication Systems and Network Technologies, 757-761


3. Dan-Marius Dobrea, Monica-Claudia Dobera, An Autonomous Robotic System, 2010 IEEE conference 978-1-4244-8460-7/10, Pg. no. 107-110


4. W. Shaokun, X. Xiao, Z. Hongwai, The Wireless Remote Control System Based on ARM 9, 2011 IEEE International Conference on Instrumentation, Measurement, Computer, Communication, and Control, 887- 890


5. L. Huan, W. Dahu, Z. Tong, H. Kaming, Research on a Remote Control Car, 2nd International conference on Education Technology nad Computer, V2-263-V2-266, 2010


6. J. CAI, Jianzhog WU, Minghui WU, Meimei HUO, A Bluetooth Toy car Realization using Android Equipment, International Conference on Transportation, Mechanical and Electrical engineering, 2011, 2429-2432