The phrase "automobile control systems" is correct and usable in written English.
It can be used when discussing technology related to the operation and management of vehicles, particularly in the context of engineering or automotive design.
Example: "The latest advancements in automobile control systems have significantly improved vehicle safety and efficiency."
Alternatives: "vehicle control systems" or "car control systems".
Supercomputers are likely to be built out of stacks of the same sort of PC you've got on your desk; as are video game systems, hearing aids, personal stereos, automobile control systems, laser printers, phones and tablet PCs.
Since the 1970s, automobile manufacturers have used electronics for safety critical automobile control systems such as acceleration, braking, and steering.
Mr. Andreas said that future automobile cruise control systems might use cameras to maintain a safe distance between cars.
This paper presents the design of robust PID controller for an automobile cruise control system (ACCS).
Automobile emissions control system makers are also expected to gain from the Volkswagen emissions cheating scandal, which is likely to trigger tighter regulation to make cars more environmentally friendly.
The use of evolutionary algorithms in designing feedback control of automobile cruise control system has reported in recent literature.
To create what has recently been named the BlackBerry 10 operating system, it purchased QNX Software Systems of Ottawa, a company with a long history of making operating systems used to run everything from navigation and entertainment systems in automobiles to the control systems at nuclear power stations.
Microprocessors have been a part of automobile climate-control systems since the 1990's, when low-cost components like semiconductor-based temperature sensors became available.
Cyber-physical systems such as smart grid, autonomous automobile systems, medical monitoring, process control systems, robotics systems, and automatic pilot avionics will use physical sensors to produce and collect data.
For the view of practical application, the proposed control methodology has been successfully applied to the famous nonlinear automobile idle-speed control system.
It specializes in highly reliable operating systems that are used, among other things, to control systems in automobiles and airplanes as well as nuclear reactors.
