智慧照明系统设计与实现

发布时间：2018-01-18 16:13

本文关键词：智慧照明系统设计与实现　出处：《电子科技大学》2014年硕士论文　论文类型：学位论文

【摘要】：随着生活水平的提高,人们对照明系统的要求不再是简单的提供亮度,而是提供良好视觉效果和方便灵活的控制。传统的照明系统已经不能满足人们的需求。因此,便捷的智能化照明系统具有广阔的应用前景。与传统的照明系统相比,智能化的照明系统主要有三个方面的优点:丰富的功能应用从而可以营造良好的光环境;方便灵活的控制技术使人们摆脱传统的控制方式;节约能源,通过对照明环境的监测,在满足人们的照明需求的同时减少电能的使用。本文分析了智能照明系统的技术发展,根据智能照明的功能需求,结合嵌入式技术、无线通信技术、网络技术选择RTT+STM32低功耗、高时效的软硬件平台,设计并实现了一个多功能、多控制方式的智慧照明系统。论文首先设计了智慧照明系统的功能目标,并提出系统的总体设计方案。根据系统的整体结构将智慧照明系统划分为控制中心,照明系统设备节点和控制终端三个部分,并做相应的功能划分。其次,根据智慧照明系统控制中心的功能作用,设计系统控制中心的软硬件架构。系统控制中心由网络模块、GSM通信模块、语音控制模块和Zigbee模块组成。网络模块和GSM模块的设计为系统控制终端的访问提供了接口;语音控制模块主要实现本地的语音口令控制;通过ZigBee组网,系统采用集中控制的方式完成对各个节点信息的收集与控制命令的发送。系统控制中心与控制终端以及各设备节点通信时都采用固定的通信协议。系统控制中心的设计实现了对智慧照明系统的控制与管理。第三,智慧照明系统设备节点的设计,主要完成了照明设备调光模块与照明环境监测的方案设计与实施,以及与智慧照明系统控制中心的通信。第四,控制终端软件的设计,通过网络完成与智慧照明系统控制中心的通信,从而获取系统与设备的状态信息,通过友好的交互体验完成对照明系统的控制与管理。最后对智慧照明系统进行了功能与控制技术的测试,测试结果表明系统达到了预期的设计目标。
[Abstract]:With the improvement of living standards, the requirement of lighting system is no longer simple to provide brightness. It is to provide good visual effect and convenient and flexible control. The traditional lighting system can not meet the needs of people. The convenient intelligent lighting system has a broad application prospect. Compared with the traditional lighting system, the intelligent lighting system has three main advantages: rich functional applications so as to create a good light environment; Convenient and flexible control technology makes people get rid of the traditional control mode; Energy saving, through the monitoring of lighting environment, to meet the lighting needs of people while reducing the use of electricity. This paper analyzes the technological development of intelligent lighting system, according to the functional requirements of intelligent lighting. Combined with embedded technology, wireless communication technology, network technology, RTT STM32 low power consumption, high aging software and hardware platform, designed and implemented a multi-function. This paper first designs the function target of intelligent lighting system, and puts forward the overall design scheme of the system. According to the overall structure of the system, the intelligent lighting system is divided into control center. Lighting system equipment node and control terminal three parts, and do the corresponding functional division. Secondly, according to the intelligent lighting system control center function. The hardware and software architecture of the system control center is designed. The system control center is composed of network module and GSM communication module. The design of the network module and the GSM module provides the interface for the access of the system control terminal. The speech control module mainly realizes the local voice password control. Network through ZigBee. The system adopts centralized control method to collect information from each node and send control commands. The system control center adopts fixed communication protocol when communicating with control terminal and each device node. System control center adopts fixed communication protocol. The design of the intelligent lighting system to achieve the control and management. Third. The design of intelligent lighting system equipment node mainly completes the scheme design and implementation of lighting dimming module and lighting environment monitoring, and the communication with intelligent lighting system control center. 4th. Control terminal software design, through the network to complete the communication with the intelligent lighting system control center, so as to obtain the system and equipment status information. Finally, the function and control technology of the intelligent lighting system are tested, and the test results show that the system has achieved the expected design goal.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TM923;TN92

【参考文献】