Target Recognition in the Terminal Guidance Process: A Novel Algorithm for Resource Allocation

This paper provides a novel algorithm to allocate the limit detecting and processing resource to different suspected targets in the terminal guidance process of missile-defense interceptors. It can effectively accelerate the process of target recognition in terminal guidance. To model this allocating process, time distribution and interest value distribution are firstly introduced in such kind of problems, which distinctly describe the current allocation and the desired allocation respectively. Then we transfer this problem into a control task, where the control law guarantees the convergence of the error between these two allocations. At last, we illustrate the effectiveness of the proposed strategy by a group of numerical simulation.