数字技术与应用
數字技術與應用
수자기술여응용
DIGITAL TECHNOLOGY AND APPLICATION
2012年
11期
125-126
,共2页
多脉冲激光测距%信号积累%高阶累积量%DSP
多脈遲激光測距%信號積纍%高階纍積量%DSP
다맥충격광측거%신호적루%고계루적량%DSP
multi-pulsed laser rangefinder%pulse accumulation%hige-order cumulant%DSP
多脉冲探测体制的激光测距可以有效提高目标探测能力,在这种探测体制下,根据多脉冲激光回波信号的特点,提出了基于DSP的多脉冲测距体制信号处理实现方法,并进行了实验.实验结果表明,采用三脉冲测距体制时测距仪测距能力提高了5dB.
多脈遲探測體製的激光測距可以有效提高目標探測能力,在這種探測體製下,根據多脈遲激光迴波信號的特點,提齣瞭基于DSP的多脈遲測距體製信號處理實現方法,併進行瞭實驗.實驗結果錶明,採用三脈遲測距體製時測距儀測距能力提高瞭5dB.
다맥충탐측체제적격광측거가이유효제고목표탐측능력,재저충탐측체제하,근거다맥충격광회파신호적특점,제출료기우DSP적다맥충측거체제신호처리실현방법,병진행료실험.실험결과표명,채용삼맥충측거체제시측거의측거능력제고료5dB.
The multi-pulsed laser rangefinder technology is prominent on improving the maximum measuring range. This paper studies on the signal process of the multi-pulsed laser echo, based on the characteristics of the technology. The digital signal process method based on multi-pulsed laser rangefinder is brought forward in this paper. Experiments are implemented, which indicates that utilize the three pulses system laser rangefinder is increased 5dB.