Kebakaran hutan di Indonesia setiap tahunnya masih sering terjadi. Dalam menanggulangi kebakaran hutan sendiri, para peneliti belakangan ini semakin fokus untuk melakukan pengembangan sistem yang mampu melakukan prediksi kebakaran hutan. Selain melakukan prediksi mengenai kebakaran hutan, antisipasi yang dapat dilakukan untuk membantu menangani pencegahan kebakaran hutan salah satunya adalah melakukan pengelompokkan terhadap wilayah yang memiliki potensi kebakaran. Pada penelitian ini melakukan Clusterisasi titik panas (hotspot) untuk membagi wilayah yang berpotensi untuk terbakar. Pengelompokkan wilayah dilakukan berdasarkan cluster kebakaran rendah, sedang, dan tinggi. Clusterisasi wilayah dilakukan menggunakan algoritma Agglomerative Hierarchical Clustering (AHC). Data yang digunakan pada perhitungan ini menggunakan wilayah Kalimantan Barat dengan menggunakan variable longitude, latitude, frp, confidence, dan curah hujan untuk menentukan clustering wilayah kebakaran. Tujuan dalam penelitian ini adalah untuk mengcluster titik panas kebakaran hutan berdasarkan wilayah yang berpotensi terjadi kebakaran hutan sehingga memiliki peluang untuk segera ditindaklanjuti. Dari hasil pengujian diperoleh pembentukan 2 cluster yang dimana menunjukkan terbentuk 2 pengelompokkan titik panas (hotspot) pada kelas sedang dan tinggi dengan nilai evaluasi silhouette coefficient 0,771. Kata kunci— Clustering, titik panas, Agglomerative Hierarchical Clustering
The spiral model is one of the methods used to perform software engineering development and can also be used for development in other fields. This spiral model is the result of a modification from the combination of the waterfall model and prototyping model so that it has many advantages including in each result an evaluation will be carried out, carried out sequentially or systematically, and is more focused in carrying out risk analysis from each stage. Has a function in development to make changes, additions and developments by determining accuracy and speed based on needs. In its implementation the spiral model has been carried out in various fields, but the results of the implementation are not yet known in what scope and how many implementations each year. This study aims to identify the results of the implementation of the spiral model development with data obtained from related papers in the 2012-2022 range. The method used in this study is the Systematic Literature Review (SLR) with the aim of identifying, reviewing, evaluating, and concluding all research on each relevant paper. The results showed that the spiral model development was mostly implemented in software development with a total of 19 papers and in the education sector as many as 17 papers, while the peak of the spiral model development was mostly implemented in 2016 and then increased again in 2021
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