DNA Algorithm And Research In Minsheng Bank Building Cabling

With the gradual deepening of the development of the information society, people’s demand for information services become more and more urgent, as people living and working environment of intelligent buildings become the people’s access to the main carrier of the information service. Since the end of the 80’s in twentieth Century, the rapid development of modern electronic technology, computer and communication technology and system integration technology contributed to the prosperity of Intelligent Building in the world.. From the conventional computer and communication network, to the new Intelligent Building 3A system, the foundation is built on the information transmission channel, the core is the integrated wiring system. Whether a building can be called intelligent building depends largely on whether it has a set of standard, perfect and comprehensive wiring system. Cabling is a complex system, which involves the communication, computer, water power, security, fire and other different technical fields. And in the face of rapid development, increasingly complex intelligent building integrated wiring needs, how to develop an integrated wiring aided design software, to assist the wiring design personnel to improve the design efficiency, improve the project quality has become the key problem to be solved.This paper study the Intelligent Building cabling CAD software system, based on computer aided design software of the present situation of domestic and foreign wiring analysis, focusing on the functional requirements of the wiring auxiliary system; pointed out that the core problem of integrated wiring is avoided and the cross wiring, one of the effective methods to solve problems by means of the cross wiring graph vertex coloring algorithm to achieve, and put forward a new algorithm to DNA routing algorithm as the core, the research and implementation of algorithm design; on this basis, the wiring aided design system architecture design and function module design, the system function is divided into the underlying routing optimization module and user oriented work area subsystem horizontal, vertical system, subsystem, equipment and management subsystem and subsystem of six parts of buildings. With the aid of the.Net platform, a intelligent building integrated routing assistant system is realized, and the system is tested.. The test results show that the system has reached the design expectations, and its function and performance index of the load demand analysis requirements.