The Research of Execute Process and Service Selecting under Manufacturing Grid Workflow

Ying Zhu; Hai Feng Huang; Yi Ping Yuan

doi:10.4028/www.scientific.net/AMR.33-37.1439

Paper Titles

Development of the Optimized Manufacturing Process Model by "TAGUCHI METHOD"
p.1413

Optimal Control of Sandwich Panels with Pyramidal Truss Cores Based on Energy Criterion
p.1419

Task Scheduling in Multi-Process with Resource Constraints under MG Workflow
p.1425

Manufacturing Grid Workflow Framework and Model
p.1431

The Research of Execute Process and Service Selecting under Manufacturing Grid Workflow
p.1439

Simulation of Data Management in Group Purchasing System
p.1445

Six Sigma Robust Design of Composite Hand for LCD Glass Transfer Robot
p.1451

Study on the Method of Ontological Knowledge Expression of Product Innovative Development and its Application
p.1457

Stability Analysis of Local Thinned Shallow Spherical Roof of Oil Storage Tank
p.1463

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 33-37The Research of Execute Process and Service...

The Research of Execute Process and Service Selecting under Manufacturing Grid Workflow

Abstract:

MG workflow can be defined as the composition of manufacturing activities which execute on heterogeneous and distributed manufacturing resources in a well-defined order to accomplish a specific goal. The execute process of MG workflow includes model building, service finding, service selecting, service binding and service invocation. Service selecting is one of the most critical components in MG workflow. So, this research brings forth AHP-based grid nodes choosing method, which takes time, quality, cost, service, fidelity, reliability, policy (TQCSFRP) as rules, and chooses best resource node as target. The dynamic service binding and invocation between an activity request and an optimal service provider is realized when a workflow is in execution. Higher flexibility and self-adaptability of workflow management are achieved. Furthermore, the application architecture is depicted at the end of the paper to illustrate the utilization of MG workflow.