Determine and Overcome Challenges that Cause Failure in the Automatic Braking System in Driverless Cars.

EasyChair Preprint no. 13809

Abstract

The self-braking system of cars relies on a remote infrared sensing device. Hence, this research focuses on the applied results of a hand-made infrared remote sensing device and obtains practical results of the efficiency of the remote infrared sensing device that is used now on the self-braking systems, in different weather conditions and the position of the Sun in sky (intensity of Sunray) as well as various variable such as the colour and temperature of the obstacle to improving this device to be able to do its function properly without car accidents.

Purpose: Determine the factors that cause failure in the self-braking system to improve this device to be able to do its function properly without car accidents.

Method: Collect data in respect to the remote infrared sensing device in different weather conditions to improve the recently used technique of this system to do its function properly without car accidents.

Results: The used frequencies in the remote infrared sensing device are greatly affected by the surrounding circumstances because the used frequencies are very close to visible ray frequencies. Therefore, changing the frequencies of the used infrared rays of this system to the longer wavelength could reduce the effects of the surrounding circumstances, and by reducing the rates of absorption and refraction rates through different density media to increase the efficiency of the remote infrared ray and improve the efficiency of this device in the automatic braking system preventing car accidents caused by a failure in this device.

Keyphrases: automatic braking system in driverless cars., Failure in the Automatic Braking System., Infrared remote sensor.

@Booklet{EasyChair:13809,
  author = {Armen Ohan},
  title = {Determine and Overcome Challenges that Cause Failure in the Automatic Braking System in Driverless Cars.},
  howpublished = {EasyChair Preprint no. 13809},

  year = {EasyChair, 2024}}