Optimizing Cabin Wireless Network Signal Coverage with Ray Tracing Method

Wireless networks are widely used in cabin networks due to their advantages of low cost and high flexibility. However, the complex electromagnetic environment in cabins can lead to path and fading loss effects, making it difficult to achieve full coverage of signal.. Therefore, this paper proposes a simulation optimization model for cabin wireless channel propagation based on ray tracing algorithms. The propagation path of wireless signals in the cabin is searched using the mirror method in the reverse ray tracing algorithm, and the total signal intensity is calculated based on the principle of signal superposition to generate the cabin wireless network signal coverage thermal map. The experimental results demonstrate that our simulation optimization model effectively verifies the rationality, feasibility, and reliability of deploying wireless networks in cabins.

Automated summary

This paper proposes a simulation optimization model for cabin wireless channel propagation based on ray tracing algorithms. The propagation path of wireless signals in the cabin is searched using the mirror method in the reverse ray tracing algorithm, and the total signal intensity is calculated based on the principle of signal superposition to generate the cabin wireless network signal coverage thermal map. The experimental results demonstrate the rationality, feasibility, and reliability of deploying wireless networks in cabins.