Design and Performance Optimization of Collision Avoidance System for Mechanical Vehicles

Mutong Ji

doi:10.54097/74e5320i

Authors

Mutong Ji

DOI:

https://doi.org/10.54097/74e5320i

Keywords:

Mechanical Vehicles; Collision Avoidance System; Signal Processing; Data Fusion.

Abstract

A collision avoidance system is designed and optimized in this study. The architecture design, signal processing and data fusion of the system are analyzed in detail, and the sensor selection, control unit integration and algorithm optimization are discussed. In this paper, a performance optimization method based on collision prediction algorithm and real-time and stability of the system is proposed, which solves the problems of system response delay and high false alarm rate, further discusses the optimization strategy of system integration and communication module, and achieves the effect of efficient cooperation and remote monitoring between systems.

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References

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