TABLE
OF CONTENTS
Title
page Certification
Dedication
Acknowledgement
Table
of Contents
Abstract
CHAPTER ONE
- Introduction
- Aims
of the study
- Significance
of the study
- Methodology
- Scope
& Limitation
- Organization
of the project
- Definition
of terms used
CHAPTER
TWO
LITERATURE
REVIEW
- History
of Mag-Ben Automotive Technology
Limited
- Advantages
& Disadvantages Of Expert System
CHAPTER
THREE
- Analysis
Of The Existing System
- Description
Of The Existing System
- Problems
of The Existing System
- Description
Of The Proposed System
- Advantages
The Proposed System
- Disadvantages
Of The Proposed System
CHAPTER
FOUR
- System
Design
- Choice
Of Programming Language
- Documentation
& System Evaluation
5.0 Summary
5.1 Recommendation
5.2 Conclusion
References
Program Design Interface
Flow Chart
Program Codes
ABSTRACT
The world of I.T is taking over everything on this planet and the use of computers in our day to day activity is one of the major achievements of this century. Computer can be used for virtually everything we humans can do and it makes life easy for us.
Computer Aided Troubleshooting in automobile is the use of computer to help individuals or automobile engineers in detecting faults and providing them with the appropriate solution. This can only be achieved by building an expert system. One of the reasons for this research is to preserve the knowledge of a leading expert in the field of study after his death.
Also, this expert system will make junior workers rise to equal level with the engineers where there are no enough leading engineers.
CHAPTER ONE
1.0 INTRODUCTION
Automated
troubleshooting as the name implies is the use of computer to help the
automobile engineers in detecting faults and providing solution to the fault
detected in a vehicle. It can also be said to be the use of computer to
troubleshoot in an automobile industry.
This can only be achieved by building an Expert System. An Expert System is software that uses a knowledge base of human expertise for problem solving, or clarifies uncertainties where normally one or more human experts would need to be consulted.
Expert
systems were introduced by researchers in the Stanford Heuristic Programming
Project, including the “father of expert systems” Edward Feigenbaum.
Principal contributors to the technology were Bruce Buchanan, Randall Davis,
Carli Scott, and others at Stanford.
Expert
systems are most valuable to organizations that have a high-level of know-how
experience and expertise that cannot be easily transferred to other members.
They
are designed to carry the intelligence and information found in the intellect
of experts and provide this knowledge to other members of the organization for
problem-solving purposes.
This project will take into consideration, most of the
common faults associated with automobile and ways to rectify such faults. This
project is a step on the right direction to get the automobile industries
highly computerized.
1.1 AIMS AND OBJECTIVES OF THE
STUDY
The automobile engineers have a number of problems in
finding faults and rectifying the detected faults, this is due to the fact that
all the processes involved are done manually. The main objective of this
project is to create an online computerization of an automobile industry. The
main aims include:
- To
save time: A lot of time is conserved when using computer
- To reduce or
minimize fatigue: Human beings experience fatigue due to overwork, illness and
their state of mind and this may cause delay but when an expert system is
built, such experiences does not occur as long as the basic requirements for
the environment are provided
- To make work
easier to learn and understandable
- To make work
faster and highly efficient.
1.2 SIGNIFICANCE OF THE STUDY
The significance of this study is to let the individuals, or automobile engineers have adequate understanding of what an expert system is and this has been introduced to various fields. By this, a simple but descriptive explanation to guide engineers on how to detect fault in an automobile and provide the appropriate solution to the fault detected, and also give hints on maintaining an automobile. This project is presented in such a way that the technical faults that occur in a vehicle can be corrected successfully and faster.