量子雷达及其目标探测性能综述

发布时间：2018-01-27 02:06

  本文关键词： 量子雷达 雷达目标探测 量子纠缠 量子检测与估计　出处：《国防科技大学学报》2014年06期 　论文类型：期刊论文

【摘要】：量子技术与传统技术相结合以提升经典系统性能是近年来电子信息、计算机技术等众多科学领域研究热点。由于隐身和电子对抗技术的进步和日益成熟,雷达作为一类典型的电子信息系统,其目标探测受到了越来越多的挑战。从雷达目标探测角度出发,介绍了量子雷达的基本概念与分类、若干实现模型,重点剖析、归纳了量子纠缠等量子效应增强雷达目标探测性能的物理机理与研究现状,指出了量子雷达研究和实现中的关键技术与研究方向。
[Abstract]:The combination of quantum technology and traditional technology to improve the performance of classical systems has been a hot spot in recent years, such as electronic information, computer technology and many other scientific fields. Due to the progress and maturity of stealth and electronic countermeasures technology. Radar as a typical electronic information system, its target detection is facing more and more challenges. From the point of view of radar target detection, this paper introduces the basic concept and classification of quantum radar, and some realization models. The physical mechanism and research status of quantum effects such as quantum entanglement to enhance radar target detection performance are summarized, and the key technologies and research directions in the research and implementation of quantum radar are pointed out.
【作者单位】： 国防科技大学ATR国家重点实验室;
【分类号】：TN958
【正文快照】： 雷达技术历经70余年的发展,其理论、体制、实现方法及技术应用等方面都已取得了很大的发展[1-3]。然而,随着综合电子技术的发展,电子干扰、反辐射导弹、低空/超低空突防和隐身技术等对雷达的生存产生了极大的威胁[4]。提升雷达系统探测性能,增强雷达对目标的探测、分辨与识别，

本文编号：1467255