Fast target deception jamming method against spaceborne synthetic aperture radar based on equivalent bistatic scattered fields

Abstract

To achieve verisimilar target deceptive jamming effect, the jamming signals from different targets in different kinds of situation must be acquired. However, it is difficult to be implemented by the methods using deception-template model. In this letter, a novel target deception jamming method against spaceborne synthetic aperture radar based on electromagnetic (EM) simulation is presented. To improve the computational efficiency, an equivalent bistatic scattered fields are used to simulate the scattering characteristics of false target. The proposed method, which consists of the computer-aided-design model, the deceptive jamming model and the involved EM scattered fields, improves the performance of deceptive target in achieving the jamming results. The simulation results demonstrate the validity of the proposed method.

Keywords

• spaceborne radar
• jamming
• radar signal processing
• synthetic aperture radar
• electromagnetic wave scattering
• cad
• radar computing
• computational electromagnetics
• fast target deception jamming method
• spaceborne synthetic aperture radar
• equivalent bistatic scattered fields
• verisimilar target deceptive jamming effect
• jamming signals
• deception-template model
• novel target deception jamming method
• electromagnetic simulation
• scattering characteristics
• false target
• computer-aided-design model
• deceptive jamming model
• involved em scattered fields
• deceptive target
• jamming results