地下车库灯光智能控制系统

传统的地下车库照明主要采用人工控制方式,通常是让大部分灯具保持长久照明,这种方式极大地浪费了电能。针对以上问题,设计一种地下车库灯光智能控制系统。该系统在对车库环境合理建模的基础上,通过采用一种新型的智能灯光控制器,利用经典的A*搜索算法,结合已有的车牌识别技术,不仅能够合理控制车库内的照明,避免长明灯现象,还能利用灯光对车库内车辆到达指定位置进行导航。本文对一个具体车库实例利用A*搜索算法进行了从入口到指定车位的路径计算,并做了仿真演示,结果表明本系统运行可靠,节能实用。

Underground garage lighting intelligent control system

Traditional underground garage lighting control mainly adopts manual control mode, which usually keep most of the lamps bright for a long time. This way causes a great waste of electricity. To solve the problem, the underground garage lighting intelligent control system is put forward. On the basis of making a rational model for the garage, with the help of a new type of intelligent lighting controller, the classic A * search algorithm and the existing license plate recognition technology, the system not only can avoid long light phenomenon and control the lighting in the garage reasonably, but also can induce vehicles in the garage to arrive at the designated parking space through the lighting. A specific example of taking advantage of the A * search algorithm to calculate a path from the entrance to the designated parking space in the underground garage was taken, the simulation results are demonstrated. This shows that the system is feasible and practical.