Sep 2026· International Conference on Artificial Intelligence, Machine, Vision and Control· Vol 14345, pp. 1434510 - 1434510-8· 0 citations· 9 references
Engineering
Abstract
In this study, a fuzzy PID controller is developed for a semi-active suspension system. A simulation model incorporating the fuzzy PID control scheme is established using MATLAB/Simulink. The simulation results reveal that, in comparison with a passive suspension, the PID-controlled semi-active suspension leads to a reduction of 11.09% in vertical acceleration of the vehicle body, 19.01% in dynamic suspension deflection, and 2.83% in dynamic tire load. Under fuzzy PID control, these improvements reach 14.97%, 21.39%, and 3.43%, respectively. These findings suggest that the fuzzy PID control strategy achieves favourable performance under typical road conditions, effectively improving ride smoothness and passenger comfort, thereby demonstrating considerable potential for engineering applications.
Suspension systems are crucial for vehicle stability, ensuring safety and driving comfort. This study adopts an in-depth analytical approach to explore the intersection of fuzzy logic and suspension systems, aiming to transform them from rigid mechanical entities into intelligent, adaptive systems. The research methodo...
Asia Khalaf Albzeirat, Osama M. Alkhawaldeh, M. Albezuirat et al.· Far East Journal of Mathemat...· 0 citations
To comprehensively improve vehicle ride comfort and body attitude stability, as well as to enhance the robustness and disturbance rejection capability of the suspension system under uncertain operating conditions, this paper first establishes a full vehicle suspension dynamic model. On this basis, an improved SH-ADD co...
Jie Dai, Xiong Gao, Yi-Bin Jiang· Vehicles· 0 citations
The presented methodology demonstrates the usefulness of simulation-based control design for CNC positioning systems and offers a practical framework for improving motion-control performance in mechatronic applications.
Besim Aqifi· INTERNATIONAL CONGRESS FROM...· 0 citations
Suspension system has been known to make a tremendous contribution to the ride comfort and safety of the car. In order to increase the comfort of the ride with tricky road conditions, this paper introduces a model predictive control (MPC)-based active suspension system. Our active suspension model is quarter-car with t...
Bing-Run Li, R. Liang· International Conference on...· 0 citations
To address the issues of tracking accuracy degradation, increased vibration, and shortened service life caused by elastic slip in belt drive systems under dynamic loads, this paper proposes a hybrid control strategy combining sliding mode control (SMC) and adaptive PID. A dynamic model of the belt drive system incorpor...
Xi-Xian Liu, Ming-Yuan Sun· International Symposium on S...· 0 citations
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