Optimization method of linear barrier coverage deployment for multistatic radar

To address the problem of building linear barrier coverage with location restriction, an optimization method for deploying multistatic radars is proposed, where restriction splits deployment line into two segments. By proving characteristics patterns, optimal sequence consisting multiple patterns proposed and exploited to cover each segment. The types numbers are determined by algorithm that combines integer programming (ILP) exhaustive (EM). In addition, reduce computation amount, a formula introduced calculate upper threshold receivers' number in pattern. Furthermore, since objective function non-convex non-analytic, overall model divided layers concerning suboptimization problems. Subsequently, another integrates segments determine parameters, such as minimum cost, parameters sequence, split point. Simulation results demonstrate can effectively under restriction.