Dissertation > Industrial Technology > Arms industry > Tanks, warships, aircraft, aerospace,weapons > Chariot > Tanks, armored vehicles

Design and Implementation of Armored Vehicles Fault Diagnosis Assistant System Based on the Decision Tree

Author ShiMingHua
Tutor WangJian
School Northeastern University
Course Computer technology
Keywords Fault Diagnosis Expert system Knowledge Acquisition AID3 algorithm
Type Master's thesis
Year 2009
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An expert system is a branch of the field of artificial intelligence is the most active and most prospects , the fault diagnosis expert system used in military armored vehicles , it can be saved and take advantage of the experience and knowledge of experts combined the knowledge of the relevant diagnostic areas , improve the maintenance personnel level of experience and maintenance efficiency , suitable for actual combat multiple solutions , creativity and complex problem solving . This article describes a practical application of a decision tree - based decision tree armored failure aided diagnosis system . The system as the background to our military demand for information warfare , in according to customer requirements . NET platform , database use this article SQLSever 2000 armored vehicles fault diagnostic system design to achieve data acquisition , knowledge management , machine self-learning of the diagnosis faults in the interpretation, etc. The system function is guaranteed to provide users with a more convenient and friendly operation . Firstly, from a development background and research status of the system and realize the significance about ; After a brief introduction to the traditional fault diagnosis expert system architecture , and its related concepts as well as more popular inductive learning algorithm ( decision tree classification algorithm ) ; then elaborated core algorithm ID3 decision tree and decision tree classification algorithm were analyzed and compared for the shortcomings of the ID3 algorithm , the proposed algorithm based on the attribute priority associated degrees of AID3 ; then , focusing on the design of the system and achieve. The design part , from requirements analysis , systems architecture and realization of ideas proceed , the overall design of the system , made ??a detailed description and function of the system design and database design ; implementation section describes the realization method of each module in the system . Finally, the paper describes the test system , summed up the experience in the actual operation , and pointed out that the system needs to be improved .

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