Construction of Integrated Logistics Resources Service Platform Based on Cloud Computing

Abstract:

The core idea of modern logistics is to create value at the lowest cost. To achieve this goal enterprise must integrate logistics resources in society. Previous technologies can not help logistics industry achieve this goal without appropriate business model and cloud computing can give a hand. Cloud computing can effectively reduce IT investment and risk, can get IT service in less investment and shorter cycle to improve enterprises responsiveness to business changes. This article proposed the logical model and function modules of integrated logistics resources service platform. On this base it constructed the architecture of integrated logistics resources service platform based on cloud computing. Cloud computing architecture consisting of infrastructure layer, application layer and service provider layer was set up. This model has expedited new market and new services for logistics

• Periodical: Applied Mechanics and Materials (Volumes 401-403)
• Pages: 1817-1821
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.401-403.1817
• Online since: September 2013
• Authors: Zhi Ying Zhou
• Keywords: Architecture, Cloud Computing, Function Modules, Integrated Logistics Resources Service Platform, Logic Model

References

[1] Wang Zuo, Integration of logistics resources, Logistics Technology, 3(2003) 5-9.

[2] Li Li, Construction of logistics information platform, Wuhan University of Technology, Wu han, (2007).

[3] Su Zhiyuan, Zhou Xiaoguang and Liao Qizheng, Study on unified logistics information platform architecture, Logistics Science and Technology. 12 (2005) 62-65.

[4] Bian Wenliang, Ju Songdong, Logistics networks affected by grid and its effects on the operation of logistics enterprises, China soft science. 2 (2006) 140-145.

[5] Li Yinzhu, Du Xiaoxiao, Shen Jinsheng. The application of grid technology in logistics industry--the idea of logistics grid, Logistics Technology, 1 (2006) 23-25.

[6] Zhang Jin, Yang Dongyuan. The architecture of logistics information grid, System Simulation Technology . 10(2009)123-131.

[7] J. Zhang, The concept and impact analysis of cloud computing, Telecom Network Technology . 1 (2009)55-58.

[8] S. Yang, Y. Liu, Comprehensive comparison of grid computing and cloud computing, Digital Communications. 6 (2009)32-36.

[9] Y. Xiao, Y. Liu, Key technology and application outlook of cloud computing, Digital Communications. 6 (2009)29-31.

[10] L. Xu, Application and research cloud computing technology in IT industry, Computer Study. 6 (2010) 8-10.