San Jose, California
Feb. 24, 2002 to Feb. 25, 2002
Myungjae Kwak , Electronics and Telecommunications Research Institute
Dongsoo Han , Information and Communications University
Jaeyong Shim , Information and Communications University
When a workflow process is related with many organizations and a diverse set of applications at run time, many approaches usually use subprocess tasks to represent other systems' services. At that time a subprocess task represents a single service. However if a subprocess task needs to represent multiple subprocesses and moreover, the number and execution flow of them are not known until run-time, conventional approaches cannot handle the situation because they must predefine all the potentially reachable paths. In this paper, we propose a framework for dynamic workflow interoperation using multi-subprocess task. In the framework, the multi-subprocess task is designed to handle preliminarily unknown multiple subprocesses. Based on the multi-subprocess task, four major components are defined and implemented to support dynamic workflow interoperation. We have analyzed our framework using an example scenario and we found that the framework brings many advantages in terms of automaticity, adaptability, business efficiency, and physical resources.
Workflow process, dynamic Workflow interoperation, multi-subprocess task, dynamic state transition, event dispatcher, dispatching rule, WF-XML
Myungjae Kwak, Dongsoo Han, Jaeyong Shim, "A Framework for Dynamic Workflow Interoperation Using Multi-Subprocess Task", RIDE, 2002, Research Issues in Data Engineering, International Workshop on, Research Issues in Data Engineering, International Workshop on 2002, pp. 0093, doi:10.1109/RIDE.2002.995103