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With the development of economy, in recent years, China's logistics infrastructure has been the rapidly developed, at the same time; there have been blind investment and competition with each other, the logistics infrastructure facilities tendency. For the situation of many, small, weak, scattered, slow in logistics resources, the concept of integration was put forward, In China the rapid and steady development of the logistics industries has been developed through the integration of existing logistics systems. Logistics system integration has been an important part of the overall strategy for many enterprises. Of course, System integration is not endless; there should be the measure of ldquodegreerdquo. In this paper, we will research and analysis of the logistics system integration from the perspective of system integration, and put forward the optimal integration degree according to logistics system.

This paper focuses on fuzzy multiple-attribute decision with weights unknown and fuzzy information. Starting from the structural feature of fuzzy information, we propose the compound quantification description mode based on centralized quantification value, and establish a fuzzy information comparison method based on synthesizing effect .Through real case, All the results indicate that the fuzzy multiple-attribute decision making approach proposed can effectively merge decision preference into decision process and has better operability.