敌我识别

Gold序列跳变扩频在毫米波敌我识别系统中的应用

Application of Hopping & Spread Frequency with Gold-Sequence in Millimeter-Wave Identification Friend or Foe System

敌我识别S模式突发DPSK信号解调算法研究及FPGA实现

Research on IFF Mode S Burst DPSK Signal Demodulation Arithmetic and FPGA Implementation

敌我识别（IFF）是自动目标识别（ATR）技术的重要应用之一。

IFF is one of important application of automatical target recognizing ( ATR ) technology .

为了研究非协同式敌我识别技术，本文详细地阐明了D-S理论中关于多传感器数据融合的原理和目标识别的方法，建立了计算方法和实模型。

The paper elaborates the principle on D-S multi-sensors data fusion and target recognition . At last , an example is given .

空中交通监控雷达信标系统敌我识别标志XII系统

AIMS - Airspace Traffic Control Radar Beacon System IFF Mark XII System

敌我识别技术（IFF）最早应用于飞机上。

IFF ( Identification , Friend or Foe ) technology saw first application to military aircraft .

二次雷达SSR（SecondarySurveillanceRadar）是民航空中管制（AirTrafficControl）和军事敌我识别（IdentificationFriendorFoe）系统中的关键部分，是国内外雷达信号处理领域的研究热点。

Secondary Surveillance Radar ( SSR ) is a key equipment in Air Traffic Control ( ATC ) and military Identification Friend or Foe ( IFF ) , SSR is a hot issue in radar signal processing .

本论文根据二次雷达系统的现状，设计了一个基于STAGE的二次雷达敌我识别系统的仿真系统，根据仿真结果分析，找出能够降低系统干扰对系统正确识别概率的影响的方法。

According to the actuality of secondary radar system , this thesis devise a simulation for the secondary radar IFF , based on STAGE . Via the analysis of several results of simulations , find out some means to improve the identification probability .

它的敌我识别（IFF）系统能在五种模式下对友方飞机进行分类和识别。

Its identification friend or foe ( IFF ) system has five different modes to classify and identify friendly aircraft .

敌我识别（IFF）是高技术条件下现代战场中自动目标识别技术的重要应用之一。

Friend or foe identification ( FFI ) is important one of identifying technologies for auto-target in modern battlefield under high technology .

正日益取代常规通信而广泛应用于现代军事和商用通信系统中，如码分多址（CDMA）通信、全球定位系统（GPS）、测控、卫星链路和敌我识别等。分析了方法自身达到的精度。

They are increasingly replacing conventional communication forms and obtaining extensively applications in modern military and commercial communication systems , for example , CDMA communication system , GPS , measuring and control system , satellite chain , identification of friend or foe and etc.

扼要介绍了目标识别的有效途径、可提高敌我识别系统效能的数据融合技术及IFF现状与发展趋势。

Effectual approach in target recognition , the data fusion techniques that can increase efficiency in IFF system , IFF actuality and developing trend are introduced briefly .

目前逆合成孔径雷达（ISAR）在军事上的作用越来越突出，是目标分类、辨识和战场上敌我识别以及精确制导强有力的手段，在未来防空和导弹防御系统中具有十分重要的作用。

At present , Inverse Synthetic Aperture Radar ( ISAR ) imaging capability plays an important role in military applications , such as target classification , recognition , identification , and accurate weapon navigation .

与传统采用的SAW中频模拟处理方法和数字基带处理方法相比，该方法具有结构简单、工作温度范围宽和可靠性高等优点，可用于扩频通信、脉冲压缩雷达和敌我识别（IFF）等系统。

Compared with traditional analog IF method and digital base-band method , this new method has some advantages such as simplicity , temperature insensitiveness and high reliability and can be used in spread-spectrum communication , pulse compression radar and IFF systems .

敌我识别系统（IFF系统）密码的产生是全系统的核心。本文主要就适合于IFF系统的伪码&KM钟控伪码的产生给出了具体设计思想和硬件实现电路。

The core technology in the design of IFF ( Identification Friend or Foe ) system is how to generate the cipher , and this is dealt with in the paper .

介绍了MKXII敌我识别系统的工作原理，阐述了几种工作模式及其性能特点，并且给出了一种对其干扰的方案设想。

This paper introduces the principle of the MK XII identification friend-or-foe ( IFF ) system , expounds its several working modes and performance characteristics , and gives a kind of design to jam it .

敌我识别S模式突发DPSK信号中含有大量飞机状态参数，因此，对该信号进行截获和解译，可获取大量有价值的信息。

Identification Friend or Foe mode S burst DPSK signal contains a lot of state parameters of plane , therefore , to intercept and capture such signal and translate it , a great deal of valuable information can be obtained .

根据DempsterShafer证据理论的基本原理，利用多传感器多周期测量条件下命题不确定性度量的融合算法公式，进行命题的空间和时间融合，以达到空中目标的敌我识别。

In order to identify the air targets , based on the fundamental theory of dempster shafer evidence theory , space fusion and time fusion are carried out with proposition 's fusion algorithm formula under the conditions of multi sensors and multi periods .

信息战中的战场敌我识别系统

System for Identification Friend or Foe in Battlefield of Information War

旁瓣抑制技术在Ⅱ型敌我识别系统中的应用

Application of Side Lobe Suppression Technique in Type ⅱ IFF System

雷达敌我识别系统现状、发展及启示

Present situation , development and enlightenment of the radar IFF system

敌我识别系统的发展及给我们的启示

Development of the IFF System and Its Reveal to Us

多源情报信息在空中目标敌我识别中的应用

Application of Multi-Source Intelligence Information in Identification Friend or Foe of Air-Targets

敌我识别是现代战争中重要的一环，只有识别到敌方，才能有效的攻击敌方。

IFF is an important part of modern warfare .

敌我识别系统的现状及发展

The Situation and Development on the System of Identification between Friend or Foe

基于不同信息获取方式的敌我识别系统

IFF Systems Based on Different Ways to Acquire Information

CAN总线在激光敌我识别系统中的应用

Application of CAN bus in laser identification of friend or foe system of tank

对激光敌我识别系统的对抗问题研究

Study on the countermeasure against Laser IFF System

敌我识别器多点应答问题的研究

Research on Problems of Multipoint Response for Rooster

激光敌我识别及进展

Laser friend or foe identification and its progress