Implementasi Algoritma Sequential dan Welch Powell pada pewarnaan graf (studi kasus pewarnaan peta kota Makassar)

Muhammad Ammar
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Abstract

The aim of this research is how to implement Sequential algorithm and Welch Powell algorithm on graph coloring, especially on Makassar city map coloring. The research method used was a case study aimed at searching information in the form of a map of Makassar city. The first step is to take a colored map of Makassar city at the Dinas tata ruang kota makassar, then redraw it with the help of Corel Draw X7 software, so there are no colors. The next step is to represent the map in graph form by taking the region (sub-district) as a node and then doing graph coloring using Sequential algorithm and Welch Powell algorithm. The results of coloring the Makassar city map using Sequential algorithm and Welch Powell algorithm, both produce chromatic numbers χ (G) = 4 or the number of colors produced to color a graph there are 4 colors. The colors used are red, yellow, green and blue. Then from the results of coloring this graph can easily be applied to color the map of the city of Makassar based on the coloring requirements obtained. Because it has the same chromatic numbers, it can be concluded that the Sequential algorithm is no better than the Welch Powell algorithm, or vice versa the Welch Powell algorithm is no better than the Sequential algorithm for the case of coloring the Makassar city map. The previous Makassar city map coloring or without the algorithm, produces chromatic numbers χ (G) = 12 or the number of colors produced to color a graph there are 12 colors. So that the two algorithms are much better at coloring than the previous Makassar city map coloring or without the algorithm  
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本研究的目的是如何实现顺序算法和韦尔奇鲍威尔算法在图着色,特别是在望加锡城市地图着色。使用的研究方法是一个案例研究,旨在以望加锡市地图的形式搜索信息。第一步是在Dinas tata ruang kota Makassar拍一张彩色地图,然后在Corel Draw X7软件的帮助下重新绘制,所以没有颜色。下一步以区域(分区)为节点,用图的形式表示地图,然后使用Sequential算法和Welch Powell算法进行图的上色。使用顺序算法和韦尔奇鲍威尔算法对望加锡城市地图上色的结果,都产生颜色数χ (G) = 4,或者为图形上色所产生的颜色数有4种。所用的颜色有红、黄、绿和蓝。然后,根据上色结果,可以很容易地将该图应用于根据上色要求对望加锡市地图进行上色。由于它们具有相同的色数,因此可以得出结论,对于望加锡城市地图上色的情况,顺序算法并不优于韦尔奇鲍威尔算法,反之亦然,韦尔奇鲍威尔算法并不优于顺序算法。以前的望加锡城市地图着色或没有算法,产生的着色数χ (G) = 12或生成的着色图的颜色数有12种。因此,这两种算法在上色方面比以前的望加锡城市地图上色或没有该算法的情况要好得多
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