Analysis of active decoy deploymentagainst anti-radiation missiles

  • Authors

    • E. sastry Vijayalakshmi Jntuk
    • Dr. N.N. Sastry VR siddartha engineering college
    • Dr. B.Prabhakar rao Jntuk
    2019-02-25
    https://doi.org/10.14419/ijet.v7i4.17689
  • Radar, Electronic Warfare, Decoy, Monopulse.

  • Abstract

    Missile threats are the most dangerous ones and valuable platforms like ships and land based installation have become most vulnerable targets. To counter multiple or singular missile attacks, with radar terminal phase homing both hard kill in the form of anti missiles and soft kill in the form of decoys have been used with increasing success rate for protecting the vital installations and platforms. In this paper, active decoy deployment for most effective luring away of missiles from the installations and platforms is analyzed and discussed. Miss distance of the missiles from the vital targets is computed with various parametric studies and is analyzed. It is shown that maximum miss distance is obtained, when the active decoy is positioned around 1100 from the reference axis of the target platform. Optimum angular deployment positions for various J/S ratios have been analyzed and results presented.

     

  • References

    1. [1] Samuel. M. Sharman, “Monopulse principles and techniques,†page 205, Artech house.

      [2] E. L. Srujana and Dr. N.N. Sastry, “Noise interference effects in unbalanced monopulse receiver channels,†IETE Journal of research, vol. 54,no2,pp 169-174, Mar-Apr 2008.https://doi.org/10.1080/03772063.2008.10876196.

      [3] Kilger IE and Olenberger CE, “Multiple target effects on monopulse signal processing,†IEEE AES-11, pp. 165,795-804, Sept 1975.

      [4] Testuro Endo, “Analysis of interfere effects on monopulseradars,â€IEEE Transactions on AES vol.24, no 6,Nov 1988.

      [5] Li.N,â€Radar ECCM’s new area: Anti-stealth and anti-ARM,â€IEEE transactions on aerospace and electronic systems, vol.31, no.3, July 1995.

      [6] Lian. W,â€Discussion of radar anti anti-radiation missile technology- alarming plus decoy system,â€International radar conference, CIE 2001, 2001.

      [7] Wang. F, R. He, and X. Sha, “Anti-ARM technique: Feature analysis of ARM warning radar,†International radar conference, CIE 2001, 2001.https://doi.org/10.1109/ICR.2001.984676.

      [8] Majid Emadi, Amir jafargholi, M. H. S Moghadam and FarokhMarvasti,†New Anti-ARM Technology by using random phase and amplitude active decoys, “PIER 87, pp297-311, 2008.https://doi.org/10.2528/PIER08100404.

      [9] Dong Wen-feng, Liu, Quancheng, Zhong-kuan, and Pan Zi-kai,â€The deceptive effect of blinking decoys on ARMsâ€.

      [10] Weiguangzhoujirunluo, Yuguijiahuabinwang,â€Performance evaluation of radar and decoy system counteracting anti-radiationmissile,â€IEEE transactions on aerospace and electronic systems, vol.47, no.3, July2011.

      [11] Song Zhi-yong, Xiao Huai-tie,Zhu Yi-long and Lu zai-qi,â€Discriminate the decoy and target using frequency profile modeling in the radar terminal guidance,â€2011,3rd International Conference on signal processing systems(ICSPS 2011), IPCSIT vol.48,2012.

      [12] YupengXie, Zhongjie wang, Jiangang Yan, and Yanbo song, “Research on anti-ARM Model with outboard active decoys,â€ICSC 2012, partII, CCIS 327, pp.213-220, 2012.

      [13] Vllemattila,Kai Virtanen, Lasse muttilainen,Juhajylha and Ville vaisanen,†Optimizing locations of decoys for protecting surface based radar against anti-radiation missile with multi-objective ranking and selection,†Proceedings of the 2014 winter simulation conference,2014 IEEE.

      [14] E. Vijaya lakshmi, Dr. N. N. Sastry, Dr.b.Prabhakarrao,â€Optimum active decoy deployment for effective deception of missile radars,â€IEEE Xplore, vol.1, on page(s) 234-237, 2011.

  • Downloads

  • How to Cite

    sastry Vijayalakshmi, E., N.N. Sastry, D., & B.Prabhakar rao, D. (2019). Analysis of active decoy deploymentagainst anti-radiation missiles. International Journal of Engineering & Technology, 7(4), 4814-4818. https://doi.org/10.14419/ijet.v7i4.17689

    Received date: 2018-08-17

    Accepted date: 2019-02-15

    Published date: 2019-02-25