Research on non-blocking communication of airport data based on dynamic thread pool

In order to solve the shortcomings including the sending and receiving high delay, the high memory utilization and the high CPU(Central Processing Unit) utilization of the traditional airport scene monitoring system data, several kinds of data communication in the airport scene monitoring system are illustrated. Besides, the mechanism of non-blocking communication of airport data based on dynamic thread pool is researched, and the parameters of the data sending and receiving delay time, the memory utilization of and the CPU utilization are analyzed. By comparing some communication methods including single-thread communication, multi-thread communication and dynamic thread pool non-blocking communication, the related theory is verified by programming. By the experiment results, the non-blocking data communication mechanism based on dynamic thread pool can be applied to the data interaction of the related airport systems with less data delay time, lower CPU utilization and lower memory utilization.