Development of an Expert System for a DO-IT-YOURSELF First-Aid Fault Diagnosis and Resolution of Car-Brake Systems

The condition of the brake system in a motor-car is a very important factor in driving. Many drivers either do not know the warning signs of brake system disorders or cannot help themselves to resolve the simpler ones. We present herein, the models that identify the problems and their solution processes. The data collected from various automobile experts were structured in such a way that they become models, where each problem is linked to different symptoms and correction advices. We developed a diagnostic algorithm, which guided the transformation of the models into a car brake expert system. The program can be installed in a laptop, and overtime, embedded into car dash-boards, to enable drivers conduct FIRST-AID fault rectification routines where the mechanic is not near. This will save time, money, frustration and possibly accident

Authors

Publication Details

Journal
International Journal of Advanced Research in Computer Science
Published
2024-09-05
DOI
https://doi.org/10.26483/ijarcs.v15i4.7123
Primary Topic
Risk and Safety Analysis
Type
article
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article

Development of an Expert System for a DO-IT-YOURSELF First-Aid Fault Diagnosis and Resolution of Car-Brake Systems

Julius N. Obidinnu
International Journal of Advanced Research in Computer Science
Risk and Safety Analysis
article

Development of an Expert System for a DO-IT-YOURSELF First-Aid Fault Diagnosis and Resolution of Car-Brake Systems

Julius N. Obidinnu
article en

Abstract

The condition of the brake system in a motor-car is a very important factor in driving. Many drivers either do not know the warning signs of brake system disorders or cannot help themselves to resolve the simpler ones. We present herein, the models that identify the problems and their solution processes. The data collected from various automobile experts were structured in such a way that they become models, where each problem is linked to different symptoms and correction advices. We developed a diagnostic algorithm, which guided the transformation of the models into a car brake expert system. The program can be installed in a laptop, and overtime, embedded into car dash-boards, to enable drivers conduct FIRST-AID fault rectification routines where the mechanic is not near. This will save time, money, frustration and possibly accident

International Journal of Advanced Research in Computer ScienceVol. 15(4)
Openalex Percentile: Top 85%
Risk and Safety Analysis
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