Reverse Parking Sensor

Abstract

In modern day’s assistant driving system supports drivers to drive vehicles safely and smoothly. One of the famous features of assistant driving system is to park the vehicles safely. Now-a-days, the controlling is done by the driver of the vehicle. For new drivers it is difficult to park the vehicles in small and congested parking slot which leads traffic congestion, collision, air pollution and waste of time and even cause of accident. This report is dedicated to design and develop an efficient Advanced Parking Guidance System (APGS) which will reduce all the complexity mentioned above. A vehicle using my system leads itself into parking space with little space from the user. My system consists of IR sensor. IR transmitter transmits pulses which are being received by receiver. If IR pulse encounter obstacle then it get observed and receiver did not get the received pulses, and this way our system identify obstacle near-by the vehicles. I introduced a parking scanner and wireless transceiver to track the direction of the wireless signal. In park mode, once the user presses the auto mode button, signal is transmitted and the my system calculates the gap between car bumper and obstacle. It also uses parking scanner to retrieve the information about nearest parking location, when it finds one, it guide itself to reach at the parking place, this way it saves time and increase auto mode driving experience of driver. In retrieve mode, when user presses retrieve button, the car starts to track the direction of the wireless signals emitted by the transmitter and guide itself to get out of the place and drives itself to the point where the user would be available with his receiver.