射线跟踪算法应用综述

5G网络部署场景对5G技术的网络规划的精度及准确度提出了更高的要求。要实现准确、高效、常态化的无线网络规划与优化，需要依托精准的无线信道模型和高效的仿真方法。受限于计算复杂度和计算能力，应用复杂度较高。近来，射线跟踪技术在愈发精细化、智能化的宽带无线通信时代越来越得到关注和认可

An overview of the application of ray tracing algorithms

5G network deployment scenarios, high-speed rail lines, industrial Internet of Things, which put forward higher requirements for the accuracy and accuracy of 5G technology network planning. To achieve accurate, efficient and normal wireless network planning and optimization, we need to rely on accurate wireless channel model and efficient simulation methods. However, it is limited by computational complexity and computing power, and application complexity is high. Recently, ray tracing technology has been paid more and more attention and recognition in the era of more sophisticated and intelligent broadband wireless communication.