Theory and Application of Manufacturing Grid Resource Management Based on Economics
|School||Wuhan University of Technology|
|Course||Mechanical Design and Theory|
|Keywords||Manufacturing Grid Resource Management Credit mechanism Resource reservation Resource scheduling|
Heterogeneous manufacturing resources, geographical distribution, and management of the multiplicity of tremendous challenges to manufacturing grid resource management. To this end, scholars mainly be addressed through research manufacturing grid resource service package, information services, QOS (Quality of Service, QoS) and resource optimization configuration. However, the lack of economic phenomena in manufacturing grid resource management and resource value, did not build the system theory and methods. Mainly reflected in the following aspects: ① manufacturing grid system in the trading and pricing of resources, how to ensure the credibility of the resource information? ② manufacturing industry knowledge, the user how the semantic description of resources? ③ when the user does not need to traverse all manufacturing resources when and how to implement the search for empirical formula? (4) manufacturing grid resource management system is how to achieve resource reservation Joint reserved especially efficient? ⑤ how to protect manufacturing grid QoS and implementation of resource scheduling job? paper focuses on the above manufacturing grid study the problems, in-depth study of resource management on the basis of manufacturing grid environment, manufacturing grid resource management architecture. Based on the architecture, design manufacturing grid resource market platform that supports a variety of resources trading patterns, and systematic analysis of various economic phenomena in manufacturing grid resource market. For these economic phenomena and the characteristics of manufacturing grid resources, and the development of the experimental platform based on the overall economics of manufacturing grid resource management solutions. This paper studies the work are as follows: (1) analysis of the economics involved in the manufacturing grid resource management principles and manufacturing grid market characteristics; constructed manufacturing grid resources market model; design manufacturing grid resource market technology stack and specific resource management system based on grid middleware framework; established four commonly used model of manufacturing grid market transactions; design resource sharing process. (2) based on refined Bayesian equilibrium manufacturing grid resource transaction integrity mechanism and the mechanism modeling, solving and analysis; simulation experiments and the results of the data analysis of the credit mechanism. (3) a manufacturing grid resource reservation mechanism and methods. Manufacturing grid resources reserved for the full life cycle; analyzed three grid resource reservation mode; design manufacturing grid resources joint reserve structure, two manufacturing grid resource reservation mode; given resources joint the reserved consultation process and communication APIs; jointly manufacturing grid resources based on graph theory the reserve algorithm, and the algorithm performance test focused on the design analysis. The Manufacturing Grid resource scheduling algorithm based on chaotic quantum evolution in (4). Research and manufacturing grid resource management QoS requirements; design the hierarchy of the Manufacturing Grid QoS model; design chaotic quantum evolutionary algorithm to meet user QoS requirements of manufacturing grid resource scheduling, simulation test various aspects of the performance of the algorithm. (5) the development of the experimental platform for auto parts manufacturing grid resource management system. Try product search in auto parts manufacturing grid resource management platform, production and procurement, resource reservation and scheduling functions, breaking down geographical boundaries, resource allocation worldwide. Manufacturing grid resource management theory through experimental platform, improve and amend.