窄脉冲实时检测算法的工程实现

Engineering Design of Real-time Narrow Pulse Detection Algorithm

基于FPGA的硬件平台设计,具有平台通用化、动态可重构的特点,能够实现实时或近实时的通信信号处理算法。主要研究了窄脉冲信号检测算法在FPGA中的工程实现方法,利用FPGA的内部特性,在工程技术上解决了全数字信道化接收和窄脉冲自适应截获问题,有效提高了脉冲检测的灵敏度和处理速度,达到了脉冲信号实时检测的目的。

FPGA-based hardware platform could be universally utilized and dynamically reconfigured, which could embed real-time or near-real-time communication signal processing algorithms. This paper studies the engineering methods of narrow pulse signal detection algorithm in the FPGA, has solved the digital channelized receiver and engineering narrow pulse adaptive intercepted problem, effectively improve the sensitivity of the pulse detection and treatment speed, which had achieved the purpose of the pulse real-time signal detection.