A Technique for the Quantitative Analysis of the Noise Jamming Effect
Sung‐Jin Kim, Jong-Jin Kang
Abstract
Sung‐Jin Kim, Jong-Jin Kang
Abstract
In this paper, a technique for the quantitative analysis of the noise jamming effect is proposed. This technique based upon the mathematical modeling for noise jammers and the probability theory for random processes analyses the jamming effect by means of the modeling of the relationship among jammer, radar variables and radar detection probability under noise jamming environment. Computer simulation results show that the proposed technique not only makes the quantitative analysis of the jamming effect possible, but also provides the basis for quantitative analysis of the electronic warfare environment.
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In this paper, a technique for the quantitative analysis of the noise jamming effect is proposed. This technique based upon the mathematical modeling for noise jammers and the probability theory for random processes analyses the jamming effect by means of the modeling of the relationship among jammer, radar variables and radar detection probability under noise jamming environment. Computer simulation results show that the proposed technique not only makes the quantitative analysis of the jamming effect possible, but also provides the basis for quantitative analysis of the electronic warfare environment.
Key concepts: Jamming, Radar jamming and deception, Radar, Noise (video), Electronic warfare, Computer science, Basis (linear algebra), Quantitative analysis (chemistry)