Based On The Distributed Control System. Net Platform - Software Design And Implementation,

Abstract The thesis designed and realized a distributed measurement and control system developed on the dot net platform. The main topics of the thesis are put emphasis on the realization of C/S, B/S combine structure, object oriented and distributed object oriented technology, realization of background database, mathematical modeling of measurement and control system, man-machine interface in measurement and control software and so on.The software structure of the distributed measurement and control system is based on C/S, B/S complex structure. C/S structure is adopted to the part which is strong alternation and has mass data to process. B/S structure is adopted to the part which is highly modular and has little data to transfer. The object to measure and control is the mathematically simulated flux control valve system of underwater vehicles. The software simulated the dynamic change procedure of inner variables through changing control parameters in server port or client port.The research improved on the structure of flux control valve, and reduced obviously the excess of the system ,and built up the stabilization of the system, while implemented the distributed system software .The instance showed that the distributed system software can be realized, and proved the exactness of the system resolve project, the design of the system consistent with the requirements.The thesis is contributed to the structure research of the distributed measurement and control system and to the underwater vehicles dynamic system design.