Optimization Design of Wireless Routing in Embedded Condition

In the embedded condition, the wireless network has the race condition, race condition mechanism leads to the fluctuation of sharing resources and implementation of wireless routing processing, the wireless routing process falls into abnormal status, equilibrium of wireless network decreases. In order to solve this problem, an improved a routing optimization algorithm is proposed based on race condition and game theory. The execution sequence model of wireless routing is established, and related race condition is described accurately. The race condition analysis algorithm is proposed, it can effectively deal with the fluctuation problem of embedded wireless routing in execution of resource selection process. The game theory is introduced into the dynamic source routing algorithm, and the non related routing is increased from the source node to the destination node. The link bandwidth of wireless routing in embedded condition is analyzed, and the optimal routing is obtained. Analysis and simulation results show that the routing optimization method can reduce network delay, enhance the data transmission efficiency. The service quality of the wireless network transmission is improved.