IMAGE STABILIZATION IN TELEVISION CAR CONTROL SYSTEMS

Abstract

The development and miniaturization of consumer imaging devices leads to a growing demand for reliable and effective solutions in the field of image stabilization. This need arises from two main factors: the difficulty of avoiding unwanted camera movement when using portable devices such as smartphones, and the increase in shutter speed due to the reduction in pixel area on image sensors and the increase in resolution. A reduction in pixel area requires an increase in exposure time to achieve high-quality results.
The task of this article is research and analysis of technical aspects of software image stabilization in the context of television car control systems. The problem of image stabilization in the automotive industry has been relevant since the introduction of television systems in cars. Its occurrence is mainly due to the need to project the image onto the radiation receiver within a limited time, which was called "exposure time". Camera movement during this time causes the image projected onto the receiver to shift, affecting image quality, known as motion blur.
Image stabilization is a key element in car control systems, helping drivers to park the car, maneuver and detect road obstacles in time. The latest automotive systems already use this technology to increase safety and comfort while driving.
In conclusion, software image stabilization in car control systems plays an important role in ensuring the stability and quality of video images, ensuring the safety and comfort of drivers and passengers.