INTELLIGENT TRAFFIC CONTROL AND VECHILE RECOGNIZATION SYSTEM

Authors

  • Sanket Mali UG STUDENT, DEPT. OF ELECTRONICS AND TELECOMMUNICATION ENGG,
  • Ujamayasmin S. Inamdar UG STUDENT, DEPT. OF ELECTRONICS AND TELECOMMUNICATION ENGG,
  • Prof. Vaibhav J. Jadhav PROFESSOR DEPT. OF ELECTRONICS AND TELECOMMUNICATION ENGG,

Keywords:

Arduino Uno, FID Reader, FID tag, Red light-emitting diode,LCD 16 * 2, L293D Motor Driver,DC motor, ZigBee TX RX combine

Abstract

thanks to rapid urbanization there's a requirement for implementing an efficient control system to avoid significant congestion. And also, to form a much better resolution for ambulance clearance helps to guard the human life. the concept behind the projected system is to supply effective control systems by the use of embedded technologies. This project concentrates on ambulance clearance and also the stolen vehicle detection. This makes use of RFID, MOTOR, liquid crystal display and ZIGBEE in conjunction with embedded technology. Here every vehicle is placed with an RFID tag. Whenever the RFID reader reads the tag of ambulance it activates the red lightweight for that specific path until the reader reads the RFID tag. Whenever the RFID reader reads the tag of stolen vehicle it activates the red lightweight for that specific path until the reader reads the RFID tag and shut the gate. once the tag of stolen/ ambulance vehicle is browse by the reader it activates the Red signal and sends the corresponding information to regulate area through Zigbee. This prototype are often tested using Simulation tool and also the expected results will be obtained.

References

Pratyush Parida1, Sudeep Kumar Dhurua2, P. Santhi Priya3 "An Intelligent Ambulance with Some Advance features of Telecommunication "

NiketaChellan ,ChiraTahilyani Student, Electronics and communication Dept, TSEC, Mumbai University “ Traffic Congestion Detection and Control using RFID Technology “.

Faisal A. Al- Nasser, HosamRowaihy “Simulation of Dynamic Traffic control system based on Wireless sensor network”, IEEE Symposium on Computers & Informatics 2011, pp40-45.

Stefan PeelenRolant Schouten, MerlijnSteingrÄover, “Design and Organization of Autonomous Systems: Intelligent Traffic Light Control”

A. Nasneen Fathima1*, P.S. Nivedha1, T. Sangavi1 and S. Selvalakshmi1”Vehicle tracking system for Kid’s safety using RFID,GPS and GSM”Front. Cur. Trends. Engg. Tech. Vol. 1(1), pp. 37- 41 (2016)

A. Nasneen Fathima1*, P.S. Nivedha1, T. Sangavi1 and S. Selvalakshmi1,” Vehicle tracking system for Kid’s safety using RFID,GPS and GSM”, Frontiers of current trends in engineering and technology, April 2016.

BalajiParasumannaGokulan, Dipti Srinivasan,” Distributed Geometric Fuzzy Multiagent Urban Traffic Signal Control”, IEEE Transactions on Intelligent Transportation Systems, vol. 11, no. 3, September 2010.

Fangli LIU, Huansheng NING , Huiping YANG ,Zhiqiang XU, Yu CONG, “RFID-based EPC System and Information Services in Intelligent Transportation System”, 0-7803-9586-7/06/$20.00 ©2006 IEEE.

Additional Files

Published

15-04-2018

How to Cite

Sanket Mali, Ujamayasmin S. Inamdar, & Prof. Vaibhav J. Jadhav. (2018). INTELLIGENT TRAFFIC CONTROL AND VECHILE RECOGNIZATION SYSTEM. International Education and Research Journal (IERJ), 4(4). Retrieved from http://ierj.in/journal/index.php/ierj/article/view/1537