Queuing theory is introduced into the time organization during multi-procedure punching manufacture, combining with specific problem, it is analyzed that the manufacture time, waiting time and transportation time required consideration in determining manufacture cycle, this provides mathematical basis to optimize the moving mode of punching parts among various procedures.

Based on the time frame of parts machining,this paper discusses the effect of process optimization under different time organizations on the shortening of processing cycle and gives practical suggestions for Gemba Kaizen in enterprises.

Combined with the specific issue in time organization of the production procedure,the article uses queuing theory to analyze the machining time,waiting time and transiting time in the accessory production period.

The rural-urban territory can be regarded as a spatial self-organizing system based on market mechanism.

Self-organized time division multiple access (S-TDMA) protocol provides long transmission procedures and short transmission procedures for point-to-point communication.

Self-organization Time Division Multiple Access(S-TDMA) datalink network simulation framework based on OPNET wa developed to simulate data broadcast applications of Aviation Mobile Communications(AMC).

With Space-Time-Division Multiple Access technique and the collision information in the flying process, a new project about airplane anti-collision system is proposed.