反辐射导弹

基于频域阻隔及Wigner-Hough变换的反辐射导弹检测技术

ARM Detection Based on Frequency Domain Masking and Wigner-Hough Transform

基于遗传算法的反辐射导弹控制系统参数优化

Parameter Optimization of ARM Control System Using Elitist Selection Genetic Algorithm

两点源诱偏是对抗反辐射导弹（ARM）的有效手段。

The dual sources decoying technique is effective to counteract ARMs .

转发式GPS诱饵抗雄风反辐射导弹研究

Study of Repeater GPS Decoy Countering " XIONG FENG " Anti-radiation Missile

反辐射导弹（ARM）导引头滤除异步信号干扰的研究

The Research on Anti-radiation Missile ( ARM ) Guidance Receiver Filtering Disordered Nonsynchronous Signal Interference

基于Kalman滤波的反辐射导弹跟踪噪声源研究

The research of anti-radiation missile tracking noise source based on Kalman filter

利用ARM的自身弱点，曾研制了诱饵系统来对抗反辐射导弹。

Making use of the weakness of ARM . people manufacture decoy system to antagonize ARM .

一种改进的AR模型反辐射导弹检测算法

An ARM Detection Algorithm Based on an Improved AR Model

基于分数阶Fourier变换的反辐射导弹检测技术

ARM Detection in Fractional Fourier Transform Domain

反辐射导弹（ARM）是现代战争中对雷达硬杀伤的主要武器。

The Anti Radiation Missmil ( ARM ) is a kind of main weapon in modern war .

将反辐射导弹（anti-radiationmissile，ARM）的毁伤能力细化为爆破毁伤能力和破片杀伤能力；

Anti-radiation missile ( ARM ) damage capacity is particularized into dynamite damage capacity and fragment damage capacity .

研究多个假目标保护一个真目标（雷达）对抗反辐射导弹（ARM）的作战效能。

The operational effectiveness of antagonizing ARM using multiple fake targets to protect a true one was investigated .

及时发现ARM袭击是采取各种后续抗反辐射导弹措施的前提。

Finding the attack of ARM in time is the precondition of taking the posterior measures to antagonize the ARM .

反辐射导弹（ARM）导引头是被动角跟踪系统，接收并跟踪雷达信号。

Anti-Radiation-Missile ( ARM ) Seeker is a passive angular tracker , it receives and tracks the signal from an emitter .

该文提出一种基于频域遮隔及分数阶相关来检测反辐射导弹（ARM）的新方法。

A new method based on frequency domain masking and fractional correlation is presented for Anti Radio Missile ( ARM ) detection .

反辐射导弹（ARM）战术的快速发展，给防空系统中的各种雷达及其它辐射源造成极大威胁。

The rapid development of antiradiation missile ( ARM ) threatens the radar and other radiation source in antiaircraft defence system greatly .

研究飞机携带反辐射导弹（ARM）对抗地空导弹（SAM）防空系统的作战效能。

Operation effectiveness of aircrafts with anti radiation missiles ( ARM ) in antagonizing SAM air defense system is studied .

随着电子侦察技术和反辐射导弹（ARM）在现代战争中的应用，常规脉冲体制雷达受到了严重的威胁。

The general pulse radar system is given a strict challenge while using electronic reconnaissance and ARM ( antiradiation missile ) in modern warfare .

提出一种面向反辐射导弹ARM的被动雷达+红外传感器+捷联惯导的三模两级复合制导新方法。

A compound guidance scheme based on passive radar + infrared ray sensor + strapdown inertial guidance system for antiradiation missiles ( ARM ) .

反辐射导弹（ARM）对防空雷达系统构成了严重威胁，在最近的几次局部战争中显示了其巨大的威力。

Anti-radiation Missile ( ARM ) is a fatal threat to modern radar systems . It has shown great power in several recent regional conflicts .

通过介绍和分析表明，我国雷达阵地将面临着装有GPS制导系统的反辐射导弹和巡航导弹的威胁。

The introduction and analysis indicates that our radar will confront the threat of the anti-radiation guided missile and cruise missile equipped with GPS guiding system .

随着反辐射导弹（ARM）技术的不断进步，抗ARM的技术也越来越受到广泛地关注，利用诱饵布阵抗ARM是一种行之有效的手段。

With the rapid development of ARM technology , more and more attentions are paid to Anti-ARM . An effective way to Anti-ARM is decoy deployment .

并针对反辐射导弹的最新发展&采用GPS制导和具有巡航能力的反辐射导弹，提出了几点新的想法。

At the same time , aiming at up-to-date development of ARM using GPS guidance and having cruising ability , some new countermeasure techniques to ARM are put forward .

基于EMD及FRFT的反辐射导弹检测技术

ARM detection technique based on EMD and FRFT

相关杂波背景下反辐射导弹的Rao检测方法

Rao detection of ARM under the background of correlated clutter

研究雷达间歇辐射对抗反辐射导弹（ARM）的作战效能，提出了以平均侦察时间和命中概率作为效能指标的方法。

The operational effectiveness of radar intermittent radiation antagonizing ARM is researched . The method of using average detecting time and shot probability as the operational effectiveness measurements is offered .

本文简单介绍了现有两种反辐射导弹（ARM）导引头随动系统，液压伺服随动系统和电动平台随动系统。

Describes briefly two existing anti-radiation missile ( ARM ) seeker follow-up systems , viz . the hydraulic pressure servo ARM seeker follow-up system and electromotion ARM seeker follow-up system .

现代电子战条件下，雷达为了抗反辐射导弹（Anti-Radiation-Missile，即ARM）攻击使用了各种诱偏源技术。

In modern electronic warfare circumstance , various decoying technology is used in radar to counteract anti-radiation-missiles .

低截获概率（LPI：LowProbabilityofIntercept）雷达的出现，对现代被动侦察接收机和反辐射导弹导引头提出了新的挑战。

It presented new challenges to the modern passive investigation receiver and anti-radiation missile seeker with the appearance of low probability of intercept ( LPI ) radar .

采用诱饵诱骗技术欺骗反辐射导弹（ARM）的弹着点，使其无法摧毁我方电子设备，甚至无法摧毁诱饵。

Making use of the technology of decoy to deceive the impact location of Anti-Radiation Missile , which can not destroy our electronic equipment , can not even destroy the decoy .