This thesis discusses about the intelligent reasoning technologies and theirintegrated aPplication to product design, and then studies the intelligentizing ofseveral key technologies in craftwork innovative design, including color design,component design and component layout design.
The main contributions are as follows:1) History of C3I systems and development of data fusion in C3I systems are discussed in details. Then three core technologies, which are data fusion technology, neural network technology and fuzzy reasoning technologies are focused.
Then fuzzy reasoning technique is adopted to determine the optimal mutation probability in different conditions.
Pattern-directed invocation is a commonly used artifical-intelligence reasoning technique in which a procedure, called a demon, is automatically invoked whenever a term matching its pattern appears in a ground data base.
It describes the basic notions of IDEF0 modelling and the underlying principle of a novel reasoning technique, the "worst-first" search, developed for manufacturing diagnosis.
The reasoning technique which was originally based on graph theory and possibility theory, has been adapted to access the information stored in an IDEF0 model.
In particular, this paper deals with the utilization of fuzzy optimization algorithms: fuzzy theory supplies a formal reasoning technique, which proposes solutions that are real consequences of the premises.