Abstract
Tooth decay in children is one of the most common problems found. This damage has a long-term effect on children's dental health. The limitation of expert doctor's service hours and the disproportionate number of doctors and patients makes the service to patients not optimal. Then we need an expert system to help the role of expert doctors in diagnosing tooth decay. One of them carried out treatment or prevention measures from the start. In this study forward chaining and certainty factor methods are used, in which this expert system can assist an expert in diagnosing tooth decay based on the symptoms experienced by the patient. The forward chaining method will be collaborated with the certainty factor method to calculate the accuracy of the type of tooth decay experienced. The use of these two methods aims to provide better results in overcoming or preventing tooth decay in children. From the test results obtained knowledge for patients in dealing with or preventing tooth decay with an accuracy rate of 91.20%. The application of an expert system can be used for early action in overcoming or preventing tooth decay in children.
Highlights
Tooth decay in children is one of the most common problems found
the disproportionate number of doctors and patients makes the service to patients not optimal
we need an expert system to help the role of expert doctors in diagnosing tooth decay
Summary
Gigi adalah organ yang sangat penting dan vital keberadaannya yang merupakan hal perlu dijaga [1]. Subjek pada penelitian pakar dalam identifikasi ini adalah penerapan sistem kerusakan gigi anak. Dengan masyarakat sulit untuk melakukan pemeriksaan secara menggunakan metode forward chaining dalam rutin. Sebuah sistem yang dapat membantu dalam memberikan diagnosis agar bisa dilakukan tindakan 2.2 Sistem Pakar pengobatan ataupun untuk sekedar melakukan tindakan Sistem pakar atau expert system adalah salah satu pencegahan seperti penggunaan sistem pakar. Banyak bidang yang menggunakan sistem pakar untuk menyelesaikan masalah yang ditemukan di masyarakat 2.3 Metode Forward Chaining seperti bidang pertanian, perternakan, teknik, medis, dll. Para peneliti telah memanfaatkan Metode forward chaining digambarkan dengan cara sistem pakar untuk mendiagnosis melalui interference berargumentasi dari fakta yang mengarah pada engine yang diprogramkan sehingga pengguna sistem kesimpulan. Penalaran Forward Chaining kerja sistem pakar ini dapat dilihat pada gambar 2 berikut: 2.4 Metode Certainty Factor.
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