Sistem Pakar Metode Forward Chaining untuk Mengukur Keparahan Penyakit Gigi dan Mulut

Abstract

Teeth and mouth are parts of the body that cannot be separated, where the teeth are in the oral cavity so that if there is interference with the teeth it will affect the mouth. Knowledge to recognize dental and oral diseases from an early age is very much needed to be able to maintain healthy teeth and mouth. Lack of knowledge about these oral and dental diseases will result in severe damage to teeth and mouth. This study aims to measure the severity of oral disease and provide a diagnosis of oral and dental disease so that later it can be used as a reference for consultation with a doctor. The method used in this research is Forward Chaining to represent the rules of 27 symptom facts and 8 diseases described by experts. The results of testing for this method are as many as 10 patient data were diagnosed to get the same result as the doctor's analysis so that the accuracy rate is 80%. The expert system designed with the Codeigniter Framework can provide insight by being able to identify the disease suffered by patients and measure the severity of the oral and dental disease suffered.

Sistem Pakar dalam Mendiagnosis Penyakit Mata dengan Menggunakan Metode Forward Chaining

“…(Suharningsih, et al, 2019). Masyarakat awam kesulitan untuk mengenali jenis penyakit yang diderita, tanpa pengetahuan yang baik dapat menyebabkan penanganan yang salah terhadap suatu penyakit [4].…”

Sistem Pakar Menggunakan Metode Certainty Factor dalam Menganalisis Penyakit Karies Gigi pada Manusia

“…Penyakit karies gigi pada umumnya akan diderita oleh orang yang jarang melakukan perawatan gigi atau membiarkan kotoran pada gigi tetap menempel pada gigi. Rendahnya tingkat pengetahuan tentang penyakit gigi ini nantinya akan berakibat pada kerusakan yang parah terhadap gigi [8].…”

Marchetti type of aircraft engine error detection system using hill climbing heuristic

“…An expert system is a computer program that contains the knowledge of one or more human experts in a specific area [4]. Many areas can be addressed by expert systems, including diagnosis of plant diseases and pests [5], pharmacy live plants for alternative medicine [6], dental disease expert systems [7], diseases digestive systems [8], education, machine tools [9], damage to vehicles such as cars [10], diagnostics of damage to other vehicles, including airplanes [11], etc. Several previous studies on expert systems that can help diagnose aircraft damage include a Landing Gear Damage Identification System on Cessna aircraft [12], an expert system for diagnosing damage on a Cessna Grand Caravan 208B [13], an equipment detection system used to assist work activity activities at airports that are often damaged due to the way the operator uses equipment that is not suitable [14].…”