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本文采用路灯照明模型,从一盏灯的照明情况出发,通过对路灯照明建模,分析研究了怎样调节路灯的高度和路灯之间的距离来满足照明功能且利用最少的能源.文章首先分析了路灯照明的特性,然后建立一盏灯照明面积最大的模型及两灯间距最大的模型,在此基础上优化一排路灯及两排路灯的数学模型,并着重分析了怎样利用最少能源实现照明功能.最后文章得出路灯安置最优解的一般解法,为城市建设提供了有效参考方法.
This article uses a street lamp lighting model, starting from the lighting conditions of a lamp, modeling the street lamp lighting, analyzing how to adjust the height of the street lamp and the distance between street lamps to meet the lighting function and use the least energy. The article first analyzed the The characteristics of street lighting, then establish a model with the largest lighting area and a model with the largest distance between the two lights. Based on this, optimize the mathematical model of a row of street lamps and two rows of street lamps, and analyze how to use the least energy to achieve the lighting function. In the last article, a general solution to the optimal solution of street lamp placement is obtained, which provides an effective reference method for urban construction.