Abstract：This paper proposed a signal processing module architecture method using General-Purpose Computing on Graphics Processing Units（GP-GPU） parallel acceleration technology to address the current issues of low modelling simulation efficiency and weak real-time performance of active guidance head signal levels. Using CUDA programming, the architecture and interface design for the overall signal processing module and its submodules were constructed with GPU acceleration. The constructed parallel module architecture was then simulated, and the time taken against the fully CPU-based state was compared to verify the reliability and acceleration performance of the architecture. The simulation results show a 12.67-fold improvement over the original processing method, providing preliminary validation of the feasibility and acceleration efficiency of the constructed architecture.
马啸龙, 许新鹏, 任书磊, 李晨, 崔闪. 基于GP-GPU技术应用的导引头信号处理模块架构设计[J]. 空天防御, 2025, 8(2): 84-92.
MA Xiaolong, XU Xinpeng, REN Shulei, LI Chen, CUI Shan. Architecture Design of Guidance Head Signal Processing Module Based on GP-GPU Technology Application. Air & Space Defense, 2025, 8(2): 84-92.
