Design of the control system for preventing automobile accelerator from treading on brake mistakenly based on artificial intelligence technology Online publication date: Mon, 10-Jun-2024
by Huanli He; Yulin Lai
International Journal of Embedded Systems (IJES), Vol. 16, No. 3, 2023
Abstract: This research is devoted to designing an automobile control system based on artificial intelligence technology, which can prevent the accelerator from accidentally stepping on the brake, thus significantly improving the safety of automobile driving. By establishing the precise braking system and safety distance model, this paper elaborates the overall scheme design and key technologies of automotive intelligent braking control system. Through the design of S-curve control algorithm, the vehicle running state obtained from each module is combined with the algorithm to achieve accurate control of acceleration and main acceleration and deceleration. The experiment shows that the simulation curve of S-curve control algorithm accelerates quickly and smoothly. When the simulation curve is 0.1 seconds in the deceleration process, the speed only drops to 0.8 m/s, and the speed change is still relatively stable. This shows that the S-curve control algorithm is more in line with the automobile intelligent brake control system.
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