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作 者:彭雪海[1] PENG Xuehai(Department of Communication and Information Engineering,Shanghai Technical Institute of Electronics Information,Shanghai 201411,China)
机构地区:[1]上海电子信息职业技术学院,通信与信息工程学院,上海201411
出 处:《微型电脑应用》2023年第2期164-168,共5页Microcomputer Applications
摘 要:为了提高布线方法的智能性与灵活性,设计了一种基于微粒群的高层建筑结构化综合布线系统。确定整体设计流程,做好设计前的相关工作;将工作区子系统与水平子系统作为设计重点,确定工作区类型与面积,选择插座种类与连接件数量;利用微粒群算法,设置合理的迭代次数,解决设备间与信息点之间的布线长度问题,保证交换节点与终端节点距离最小;明确垂直子系统、设备间子系统与管理间子系统在设计时的注意事项,按照设计步骤完成系统整体设计。仿真实验证明,所提方法不但减少后期变更费用,还能提高线路信息传输质量,更好地服务于用户。In order to improve the intelligence and flexibility of routing method, a structured generic cabling system for high-rise buildings based on particle swarm optimization is designed. We determine the overall design process, do a good job before the design of related work. The method takes the working area subsystem and horizontal subsystem as the design focuses, the type and area of the working area are then determined, and the types of sockets and the number of connectors are selected. By using particle swarm optimization algorithm, we set a reasonable number of iterations to solve the problem of routing length between devices and information points, and ensure the minimum distance between switching nodes and terminal nodes, make clear the matters needing attention in the design of vertical subsystem, equipment room subsystem and management room subsystem, and complete the overall design of the system according to the design steps. Simulation results show that the proposed method can not only reduce the cost of later changes, but also improve the communication quality and better serve the users.
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