Bingyong Tang

Fuzzy Programming and Multi-Objectives Evaluation Model in the Supplier Relationship Management

In this paper, the fuzzy variation coefficients programming is discussed, and the multi-objectives evaluation method is put forward in the supplier relationship management, the major thoughts are: First choosing n different suppliers evaluation criterion to be a n-dimensions space, every suppliers information is a point in this space, then we can calculate the Euclid distance between these points and the best or worst point. Finally we sort the suppliers by the distance.

A new pension control approach to observer-based fault detection systems intelligent designing

In this paper, the pension control approach to observer-based fault detection systems intelligent designing is discussed. Considering the L2-gain of residual system, this paper deals the observer-based fault detection problem. By using of H¿ control theory, a linear matrix inequality approach to design fault detection observer is given. The residual generating observer is designed under the L2 gain performance index. A numerical example is used to illustrate the effectiveness of the proposed approach.

Large-System's Harmonious Control and Applications of Supply Chain Operation

In this paper, using the theories of large system control synthetically, beginning with the fact of supply chain operation, a new idea of large systems multi-channel control of supply chain harmonious operation is discussed, in addition presents the case analysis of the rag trade supply chain operation

Fuzzy variation coefficients programming of fuzzy systems and its application

Fuzzy set theory has grown to become a major scientific domain collectively referred to as fuzzy systems. In this paper, the fuzzy variation coefficients programming and its application are discussed. The proposed fuzzy variation coefficients programming has found application in operations management and it will find various application in other areas.