Modeling and Simulation of Radar Seeker Servo System

1、 Content abstract

Modeling and Simulation of radar seeker servo system
324- Can communicate 、 consulting 、 Answering question

2、 Content description

A little

Every development of missile is inseparable from the promotion of passive radar seeker simulation technology . Simulation technology based on traditional devices is not only time-consuming 、 Laborious 、 The high cost , And it is often impossible to find the key cause of the problem . In order to overcome the shortcomings of hardware simulation technology , Researchers at home and abroad began to study digital simulation technology , Digital simulation has more advantages than hardware simulation , If convenient 、 Efficient , Universal 、 flexible 、 Accuracy, etc .
The literature 【2】 Aiming at the servo system of radar seeker of a certain ground missile , use H Control theory , The system is designed , And the digital simulation . The simulation results show that , use H The theoretically designed controller has better robust performance . The literature 【3】 According to the simulation flow of passive radar seeker system and the electronic reconnaissance model base , The overall design scheme of the simulation system is proposed . Then this paper analyzes the principle of each model base in the passive radar seeker simulation system , These models are simulated and verified . The literature 【6】 utilize Simulink The software studies the modeling and Simulation of the servo system of the anti-ship missile seeker . Finally, the dynamic response results of the system, such as response speed and tracking accuracy, are obtained . The literature 【15】 This paper mainly simulates and evaluates the active radar single guidance system and the active passive radar composite system , The evaluation results are given , The performance advantages of active passive radar combined guidance in positioning accuracy and anti-jamming are expounded .
  With the rapid development of computer technology , Some signal processing algorithms are gradually applied to the model of digital simulation , Some of these new algorithms have been tested by digital simulation technology , Finally become right 、 Reliable algorithms . In the 1970s , In order to solve the resource waste of field test in the past, researchers in developed countries 、 Difficult to operate 、 Long time and other issues , Gradually transfer the simulation center to digital simulation technology , Later, with the continuous progress of network technology and the need to develop large-scale simulation systems , Researchers have proposed distributed interaction . The concept of simulation system , And gradually promoted .
At present, the domestic radar simulation system development platform can be divided into the following three aspects :
1. be based on MATLAB Of SIMUINK Components to build radar simulation system
2. be based on VisualC/C++ And other programming languages
3. be based on HLA Develop radar simulation system by using distributed simulation technology  

3、 Simulation analysis

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4、 Reference paper

 

[1]Xiao Du,Qunli Xia. The research of guidance performance of the phased array seeker with platform for air-to-air missile[J]. Optik - International Journal for Light and Electron Optics,2016,127(22). [2] Yanyunbiao , Heguangjun , Yang Liyao .H_∞ The application of control theory in the design of radar seeker servo system [J]. Fire control radar technology ,2008(03):14-17. [3] Bao song . Modeling and Simulation of passive radar seeker [D]. Xi'an University of Electronic Science and Technology ,2017. [4] Wang Haifeng , Wuhongyu . The development course and technology of passive radar guidance [J]. Flying missiles ,2013(01):78-80. [5] Zhang Yan , Liu Yang , Chenjunshan , Lujuanxian . The seeker servo system has a predetermined loop Anti-Windup Design [J]. Guidance and fuze ,2011,32(03):5-8+14. [6] Wuzhongde , Shang yongshuang , Sunweichao . Research on servo system of Anti-ship Missile Seeker under jamming condition [J]. Ship electronic countermeasure ,2013,36(05):108-112. [7] Yang Yong , Xiaoshunping , Wang Xuesong , Fengdejun . Detection performance analysis of radar seeker in mixed background [J]. Journal of radio science ,2014,29(02):242-247+253. [8] Anhong , Li Yang , Songyuegang . Modeling and anti-jamming simulation of monopulse radar seeker angle tracking loop [J]. Journal of Chinese Academy of Electronic Science ,2012,7(01):52-57 [9] Li Junxian , Chenchunhong , Wuyaping . Design of Radar Seeker Servo System Based on compound control [J]. Journal of missile and guidance ,2011,31(02):54-56. [10] Gao Jianjun , White clouds . Modeling and Simulation of radar seeker servo system [J]. Tactical missile technology ,2009(02):67-70. [11] Zhangjianghua , Liuyiping , Du Zicheng . Analysis on the key technology of radar seeker servo system [J]. Fire control radar technology ,2005(01):54-60. [12] Chenchanghai . Modeling and Simulation of anti-ship Radar Seeker [D]. Xi'an University of Electronic Science and Technology ,2009. [13] Renlili , Maguozhe , Cao Xudong , Zhang Jun . Improved design of antenna servo system of radar seeker [J]. Electronic measurement technology ,2010,33(03):1-4+12. [14] Li Ping , Gengxiaoming , Yanxiaopeng . The influence of synchronous scintillation jamming on the antenna servo system of radar seeker [J]. Journal of Military Engineering ,2010,31(05):558-561. [15] Huanghaiguang . Modeling and Simulation of active passive composite radar seeker [D]. Xi'an University of Electronic Science and Technology ,2010. [16] Wang Bo . Performance simulation of radar seeker for air defense operation [D]. National University of Defense Science and technology ,2013. [17] Shi Wei . Design and implementation of millimeter wave radar seeker servo control system [D]. Xi'an University of Electronic Science and Technology ,2013. [18] Li Ping , Gengxiaoming , Yanxiaopeng . The influence of synchronous scintillation jamming on the antenna servo system of radar seeker [J]. Journal of Military Engineering ,2010,31(05):558-561. [20] Li Junxian , Chenchunhong , Wuyaping . Design of Radar Seeker Servo System Based on compound control [J]. Journal of missile and guidance ,2011,31(02):54-56.