A Dynamic Conflict Analysis Method for EW Effectiveness Evaluation Based on Conditional State Space

Abstract

An Electronic Warfare (EW) system is a highly complex and highly uncertain dynamic system. With a change of environment conditions, EW systems present different states and exhibit the characteristics of a Markov chain, which also directly affects and determines the effectiveness of EW systems. In order to describe and solve the problem of evaluating the effectiveness of EW, based on the definition of EW conflict system, this paper analyses the dynamic relationship of state between target unit and task unit of an EW system, studies the measurability of state, obtains measurable state space, then introduces randomness into state space and gives the theory, properties and applications of the state random process, state Markov process. Finally, the dynamic conflict analysis model of EW effectiveness is constructed and used to analyze the state transition process in the dynamic conflict process of an EW system, which is of great value to improve the theoretical system of EW effectiveness evaluation.

A Novel Method of EW System Effectiveness Evaluation Based on Conflict Status Association Analysis

“…Hence, the evaluation based on the expected status is more valuable. Because of the strong antagonism of electronic warfare and the randomness of the changing process of the status of both sides of the conflict, [39] analyses the transition process of the conflict statuses by establishing conditional status space. Considering that selection analysis based on multiple static statuses is the basis of dynamic status optimization, this paper focuses on sorting the selection of static conflict statuses.…”