FPGA based resources allocation and dispatching strategy for avionics testing signal generation

The Line Replaceable Unit (LRU) and the Line Replaceable Module (LRM) are modular components of the airplane. It is designed to be replacing quickly at an operating location. Avionics installed in popular aircrafts are based on this architecture. According to the requirement of indoor testing and outdoor testing, this paper proposed a testing resources allocation and dispatching strategy based on the optimization of local search and the genetic algorithm. The model is established for resources dynamic allocation. The proposed algorithm is used to optimize the resources dispatching. The simulation is given and the availability is verified.