<![CDATA[This study aims to conduct clustering of isolation houses for residents of the city of Surakarta who carry out self-isolation due to Covid-19 infection. The isolation house was processed with the k-means algorithm for subsequent analysis. The data collection time span is 1 day for the emergency PPKM period. The data is clustered with the R programming language which is open source. The k-means algorithm evaluates the distance between data based on the degree of similarity to the centroid. This independently working algorithm produces data visualization of clustering isolation houses for residents of the city of Surakarta who are self-isolating because they are infected with Covid-19, namely the optimal value of clusters in 54 villages, namely c1 as many as 2 villages, c2 = 3 villages, c3 = 8 villages and c4 = 41. Ward. The results of clustering based on these data show that the city of Surakarta has 2 (3%) red zones, 3 (5%) orange zones and 8 (14%) yellow zones and 41 (75%) green zones. This shows that the use of residents' houses which have been converted as self-isolation facilities and efforts to limit community activities can control the spread of Covid-19 in the city of Surakarta.]]>
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