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In the face of information technology, long-range precision strike air combat, we must build networked, integrated air defense combat system. Due to unreliability of the wireless links and nodes in the warship formation, an embedded architecture is designed. Based on this architecture, a dynamic allocation and transplantation algorithm is proposed. According to the network topology of the operational environment, control task can be dynamically assigned to the wireless node by the virtual machine, and then network state is monitored. Our approach is to decouple the functionality from the inherently unreliable physical substrate and allow tasks to migrate/adapt to changes in the topology. This method can solve the instability problem caused by the bad environment and the wireless network. The simulation results show that when the links fault, it can reconstruct control architecture based on the same control algorithms. This is not only suitable for the integrated defense system of warship formation which is time-critical and safety-critical, but also for the control system based on wireless network.