CAJ | 학술논문

在研究传统智能照明控制系统的基础上，以Zigbee协议为平台，构建mesh网状网络实现网络化的智能照明控制系统。本文将对此系统的结构组成、硬件选择、软件设计以及Zigbee协议组建网络，这4个环节进行详细的阐述。本方案目的是可以作用到智能建筑区域化管理或室内的智能照明，达到节能减排的效果，更为其它的智能照明控制系统提供了重要的参考与借鉴。实验结果表明，在2480 MHz频率下传输，有墙等障碍物的情况下，节点的传输距离大约为30 m，能够满足家庭需要，且系统工作稳定。
재연구전통지능조명공제계통적기출상，이Zigbee협의위평태，구건mesh망상망락실현망락화적지능조명공제계통。본문장대차계통적결구조성、경건선택、연건설계이급Zigbee협의조건망락，저4개배절진행상세적천술。본방안목적시가이작용도지능건축구역화관리혹실내적지능조명，체도절능감배적효과，경위기타적지능조명공제계통제공료중요적삼고여차감。실험결과표명，재2480 MHz빈솔하전수，유장등장애물적정황하，절점적전수거리대약위30 m，능구만족가정수요，차계통공작은정。
Based on the research of traditional intelligent lighting control system, using Zigbee protocol as the platform, the re-alization of building intelligent lighting network control system in mesh mesh networks. In this paper, the composition and structure of this system hardware selection, software design and Zigbee protocol to set up the network, carries on the detailed e-laboration of the four links. The scheme aims to may be applied to the intelligent lighting intelligent building regional manage-ment or indoor, to achieve energy-saving emission reduction effect, provides a reference for more intelligent lighting control system of other. Experimental results show that the transmission in the 2 480 MHz frequency, a wall barriers, the node trans-mission distance of about 30 meters, to meet family needs, and the system is stable.