Modeling and Simulation on Radiator Threatening Evaluation Based on Degrees Keeping Close to Ideal Point
ZHANG Duo-lin, PAN Quan, ZHANG Hong-cai (College of Automation of Northwestern Polytechnical University, Xi'an 710072, China)
Radiator threatening evaluation is an important problem in electronic counter measures. It is the foundational work in electronic jamming resources allocation and assistant decision making. On the base of analyzing the threatening factor of radiator, the subjection models of threatening factors were built firstly, then a new radiator threatening evaluation algorithms based on degrees keeping close to ideal point was put forward. The numerical simulation shows that the method is feasible and effective, and it also provides a new pass for threatening evaluation of radiator.