Techniques and System Design of Radar Active Jamming

This book serves as a handbook for radar active jamming system designers, in which design principles and methods are introduced in detail. The book starts from the basic concept and then discusses requirements analysis, type selection, key indicators description, and design methods of radar active jamming system and each subsystem step by step. The content is expressed in an intelligible way, and hence, it is easy to follow even for beginners in this area. Since the authors of this book are all experts and have designed plenty of real systems, their book certainly helps new engineers deal with different kinds of problems encountered while designing a radar active jamming system.   

 

1)        Author 1:Yifeng Cai (author for English version)

a)         Experience:

Yifeng Cai is a senior engineer working for Southwest China Research Institute of Electronic Equipment. He received his doctor’s degree in Communication and Information System from Huazhong University of Science and Technology (HUST) in 2014. When he was pursuing his doctor’s degree, his research mainly focused on technology of cognitive radio and wireless communication networks. After graduation, he started doing researches on techniques and system design of Electronic Warfare. Until now, he has published over 10 papers and been granted 3 patents.

b)        Selected Publications:

[1] ZHOU Xu;CAI Yi-feng;LIU Gang; ZHANG Jing-rui. Thoughts on Development of the Air Electronic Attack System in New Threat Situation [J]. Journal of China Academy of Electronics and Information Technology. 2019 (04)

[2] LI Zheng;CAI Yifeng;WU Jun. An Anti-radiation UAV Target Assignment Method for Optimizing Operational Effectiveness [J]. Radio Engineering. 2019 (10)

[3] CAI Yi-feng;GAN Rong-bing;ZHANG Jing-rui. The Source Data Instantaneity of Online Electronic Warfare Performance Assessment [J]. Electronic Information Warfare Technology. 2016 (04)

[4] Yifeng Cai;Yijun Mo;Kaoru Ota;Changqing Luo;Mianxiong Dong;Laurence T. Yang. Optimal data fusion of collaborative spectrum sensing under attack in cognitive radio networks[J]. IEEE Network. 2014 (01)

[5] Yifeng Cai;Liu Cui;Konstantinos Pelechrinis;Prashant Krishnamurthy;Martin B.H. Weiss;Yijun Mo. Decoupling trust and wireless channel induced effects on collaborative sensing attacks [C]. DYSPAN 2014

2)        Author 2:Rongbing Gan (author for both English and Chinese versions)

a)         Experience:

Rongbing Gan is a professor of engineering working for Southwest China Research Institute of Electronic Equipment. He received his doctor’s degree in Signal and Information Processing from University of Electronic Science and Technology of China (UESTC) in 2005. When he was pursuing his doctor’s degree, his research mainly focused on technology of radar and radar countermeasures. His doctor dissertation “Research on Electronic Countermeasures and Target Detection to Synthetic Aperture Radar” won the Best Doctor Dissertation Award of UESTC. After graduation, he started doing researches on new techniques and system design of electronic warfare. Until now, he has published over 30 journal papers and 2 books, been granted 3 patents, and given oral presentations in International conferences twice.

b)        Professional services:

           i.          Reviewer for

l  Electronic Information Warfare Technology;

l  Journal of Radars;

l  Journal of Electronics & Information Technology.

         ii.          Master supervisor.

       iii.          Senior member of China Institute of Electronics.

c)         Selected Publications:

[1] WANG Bo-yang; GAN Rong-bing; ZHANG Jing-rui. Overview of Electronic Countermeasure Operational Effectiveness Evaluation [J]. Electronic Information Warfare Technology. 2017 (04)

[2] CHANG Jin-dan;GAN Rong-bing;LAN Zhu;ZHENG Kun. Upper Limit of the Improved Factor of Adaptive Array [J]. Electronic Information Warfare Technology. 2017 (04)

[3] YUAN Ru-fang;GAN Rong-bing;TANG Guang-fu;HUANG Jie. Anti-Interference Performance of Cognitive Radar Detection Waveform [J]. Electronic Information Warfare Technology. 2015 (06)

[4] CHEN Zhuo;SHI Xiao-wei;GAN Rong-bing;CAO Zong-jie. Recognition of Radar Scanning Type Based on Amplitude Statistical Analysis in Short Time Window [J]. Electronic Information Warfare Technology. 2015 (01)

3)        Author 3: Yaodong Zhao (author for both English and Chinese versions)

a)         Experience:

Yaodong Zhao is a senior engineer working for Southwest China Research Institute of Electronic Equipment. He received his bachelor’s degree in Communication Engineering from Huazhong University of Science and Technology in 2008. He received his doctor’s degree in Signal and Information Processing from Institute of Electrics, Chinese Academy of Sciences in 2013. When he was pursuing his doctor’s degree, his research mainly focused on radar technology. After graduation, he started doing researches on electronic warfare techniques. Until now, he has published one book and over 10 papers and won several Best Paper Awards in different conferences.

b)        Professional services:

Reviewer for Journal of Radars.

c)         Selected Publications:

[1] ZHAO Yao-dong;XU Wang. A Method of Real-Time Electronic Attack Effectiveness Evaluation Based on State Transition of Radar [J]. Electronic Information Warfare Technology. 2016 (03)

[2] ZHAO Yao-dong;LYU Xiao-de;XIANG Mao-sheng. Nonstationary Clutter Suppression Based on Joint-time Secondary Data Selection [J]. Acta Armamentarii. 2013 (09)

4)        Guangfu Tang  (author for both English and Chinese versions)

a)         Experience:

Guangfu Tang is an associate professor working for Xihua University. He received his doctor’s degree in Information and Communication Engineering from National University of Defense Technology in 2010. When he was pursuing his doctor’s degree, his research mainly focused on radar signal processing and radar anti-jamming techniques. After graduation, he started doing researches on new techniques of electronic warfare. Until now, he has published over 20 papers.

b)        Selected Publications:

[1] TANG Guang-fu;GAN Rong-bing;ZHAO Yao-dong. Particle Density Analysis of T/R Module for Active Radar Stealth Device [J]. Electronic Information Warfare Technology. 2017 (05)

[2] TANG Guang-fu;AN Hong;JIAO Zhi. Cooperative Jamming Effectiveness Evaluation Based on Analytic Hierarchy Process [J]. Electronic Information Warfare Technology, 2016 (04)

[3] TANG Guang-fu;LI Hua;GAN Rong-bing;YUAN Ru-fang. Analysis of Corner Reflector Under Naval Battlefield [J]. Electronic Information Warfare Technology, 2015 (05)

[4] TANG Guang-fu;GAN Rong-bing;LI Hua;ZHAO Yao-dong. Phase shift amplifier’s influence to an active radar stealth device [J]. Electronic Information Warfare Technology, 2015 (05)

[5] Tang Guang-fu;Gan Rong-bing;Li Hua;Zhao Yao-dong. Quantitative Analysis of an Active Radar Stealth Device [J]. Electronic Information Warfare Technology, 2015 (05)