Empirical Research on Logistics Engineering Based on AHP and Entropy Method

Yan Rui Zhang; Wen Fu Cao

doi:10.4028/www.scientific.net/AMM.668-669.1663

Paper Titles

Safety Assessment for CNG Vehicle Energy Storage-Supply System
p.1646

Study on the Product CAPP-PPC Process Based on Productibility
p.1651

The Research of Market Risk Identification for Product Development and Design with the Industrial Design Innovation Promote the Economic Development of Agricultural Machinery Manufacturing Industry
p.1655

Catia Template Design of Auto Rear Axle
p.1659

Empirical Research on Logistics Engineering Based on AHP and Entropy Method
p.1663

Exploration and Evaluation of Tourism Resources Engineering for XingWen Geo-Park
p.1667

Modelling of Shaft Part Information Based on Domain Ontology
p.1671

NX-Based Parametric Design of Precision Molding Machine
p.1675

Experimental Study on the Density of Fish Feed Pellets
p.1679

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 668-669Empirical Research on Logistics Engineering Based...

Empirical Research on Logistics Engineering Based on AHP and Entropy Method

Abstract:

Taking fresh agricultral products sale logistics systems as research object, this paper established an index system for the risk evaluation of the sale logistics of fresh agricultral products. In determining the weight of evaluation index, the calculation is combined with AHP and entropy method, and we evaluated the safety of the sale logistics of fresh agricultral products using Fuzzy comprehensive evaluation.