Modularization Interface Mechanism & Interpretation Structure Model of Cloud Logistics Platform

Abstract

This research has analyzed the types of interfaces and proposed four different interface mechanisms based on the service modularization design rules, which is combined with the service platform level of the cloud logistics platform. For the different functional modules of the symbiosis interface and the embedded interface and the mechanism of the platform operator, the optimization plan of the service modularization of the cloud logistics platform has been proposed. Aim at the mechanism of the modularization interface, combine with the theory of logistics equilibrium, use the Delphi method and data research & analysis method to select the factors that affect the cloud logistics service platform, and utilize the interpretive structure model (ISM) to divide the various factors that affect the cloud logistics service platform into four dimensions of logistics: quantity equilibrium, structure equilibrium, time equilibrium and space equilibrium, and an interpretive structure model has been established. Finally, for the weak links of various levels of factors, we have taken the targeted measures in policies & regulations, logistics node construction, informatization construction, third-party logistics alliances, etc., make the precise efforts and coordinate the cooperation to promote the development of cloud logistics service platforms and smart logistics systems.