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Design and implementation of intelligent art lighting systems based on wireless sensor network technology

机译:基于无线传感器网络技术的智能艺术照明系统的设计与实现

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With the improvement of people's living standard and the development of the embed technology, the expectation of art lighting is becoming more dazzling and artificial intelligent. Generally speaking, the approaches of art lighting's control methods are limited to two methods [1][2]: one is pre-programed control method, and the other is one controller to one light respectively. This paper brings the WSN (wireless sensor network) technology to art lighting system, and the art lighting become more artificial intelligent consequently. On the one hand, the lights in the art lighting system are working as a whole cluster. So the light-nodes in the system can communicate with each other to transmit commands and data [3]. On the other hand, the system can monitor the changes of the environment, and can do many reaction effects on the environment changes by using a PWM (Pulse Width Modulation) algorithm, e.g. visitor going across, and then diffuse it to all the light-nodes according to the genetic simulation algorithm, which will be descripted in this paper. What's more, nothing will be done when you increase and decrease the quantity of the light-nodes in the system, because of the wsn can easily extend.
机译:随着人们生活水平的提高和嵌入式技术的发展,对艺术照明的期望越来越耀眼,越来越具有人工智能性。一般而言,艺术照明的控制方法仅限于两种方法[1] [2]:一种是预编程的控制方法,另一种是分别控制一个灯的控制器。本文将WSN(无线传感器网络)技术引入艺术照明系统,从而使艺术照明变得更加人工智能。一方面,艺术照明系统中的灯作为一个整体工作。因此,系统中的光节点可以相互通信以传输命令和数据[3]。另一方面,该系统可以监视环境的变化,并且可以通过使用PWM(脉冲宽度调制)算法(例如,脉宽调制)对环境变化做出许多反应效果。访问者经过,然后根据遗传模拟算法将其扩散到所有光节点,这将在本文中进行描述。而且,由于wsn可以轻松扩展,因此增加或减少系统中光节点的数量将无济于事。

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