It is the resources that execute the business process, WFMS just ACTS as an organizer.
业务过程最终由各类资源执行完成，WFMS只是承担组织者的角色。
With the environment becoming more complex, the WfMS needs more reliability and stability.
随着环境的复杂化，工作流更需要稳定性、可靠性。
Workflow model is one of the most functional parts in a Workflow Management System (WFMS).
工作流管理系统最重要的功能之一就是工作流建模。
An important trend of the welding manufacturing is the welding flexible manufacturing system (WFMS).
焊接柔性制造系统(WFMS)已经成为焊接自动化生产的一个重要的发展趋势。
The transaction and transaction processing in WfMS are the key idea and technology to solve the above questions.
工作流管理系统中的事务和事务处理正是解决上述问题的重要概念和技术。
This paper introduces the origin of WFMS and the advantage of WEB architecture, and briefs the conception and theory of the WFMS.
介绍了工作流管理系统产生的背景以及采用WEB方式体系结构的优势，简述了工作流的基本概念和系统的工作原理。
Finally we established simulation system of a multi-agent control system with JADE, a Java Agent DEvelopment, and tested it in WFMS.
最后利用JADE多智能体系统开发平台建立了一个多智能体控制系统，并通过实验验证了该系统的有效性及合理性。
Workflow management systems (WFMS) have been applied in many manufacturing enterprises, most of which are applied for product design.
工作流管理系统已在众多企业中得到广泛的应用，其中最为典型的应用是面向产品开发的工作流系统。
We put forward a distributed collaboration control method with multi-agent architecture for welding flexible manufacturing system (WFMS).
提出了利用分布式的多智能体协调控制技术实现对焊接柔性制造系统进行控制的思想。
To ensure the consistency, validity and reliability of the data of WFMS while operating, WFMS must have the ability of process transactions.
为了在工作流管理系统运行过程中保证数据的一致性、正确性和可靠性，必须使工作流管理系统具有事务处理的能力。
As the support center of business systems in enterprise, workflow management system (WFMS) has its special characters with different enterprises.
工作流系统作为企业业务的支撑系统，对于不同的企业业务，其工作流系统的特性是不相同的。
According to WFMC model and requirements of E-Government, 00 method and UML are used to design workflow management system (WFMS) under J2EE framework.
根据WFMC参考模型和电子政务应用的实际需求，使用面向对象的方法进行设计，基于J2EE架构，采用UML技术对工作流管理系统进行建模。
WorkFlow technique is the keystone of WFMS (WorkFlow Management System), it is also the key technique to improve efficiency and productivity of business.
工作流技术是工作流管理系统中的核心技术，也是提高工作效率和生产率的关键技术。
We constructed an architecture of multi-agent control system for WFMS by analyzing the welding manufacturing processing of a WFMS with multi-manipulator and multi-sensor.
通过对集成多机器人和多传感器的焊接柔性制造系统进行焊接生产任务执行过程的分析，提出了针对焊接柔性制造系统的多智能体控制系统结构。
And a WFMS authorization model based on role control and time constraints is constructed, and how it meets the desires of least privilege and separation of duty is discussed.
构建了一个带有时间约束的基于角色的工作流系统授权模型，分析该模型对最小权限和责任分离要求的满足情况。
Compared with other methods, the ELE has the characteristics of simple, easy to describe synchronous relationship, easy for implementation, practical for developing WfMS, etc.
与其它方法相比，扩充的逻辑表达式具有方法简单、描述能力强、易于实现和实用性强等特点。
Based on the analysis of resource collision in WFMS, a definition model of the activity node and a series of primitive operations related to resource distribution are proposed.
通过分析工作流管理系统中存在的资源冲突问题，提出了一种工作流活动结点的定义模型以及几种工作流中有关资源分配的原语操作。
The Dialog Activity and Meeting Activity have been introduced in the WfMS to express particular cooperative process, which are referred the Dialog Model and the Meeting Model In CSCW.
引入了对话协作活动和会议协作活动，它们借鉴了CSCW领域的对话模型和会议模型的思想，来表达特定的协作过程。
Recently, the Workflow Management System (WFMS) becomes more and more popular, those that have existed can simulate flow logic of the business process, but cannot simulate business constraint.
目前，工作流管理系统得到了广泛的应用，但现有的工作流管理系统只能模拟业务流转逻辑，缺少对业务约束的模拟。
Recently, the Workflow Management System (WFMS) becomes more and more popular, those that have existed can simulate flow logic of the business process, but cannot simulate business constraint.
目前，工作流管理系统得到了广泛的应用，但现有的工作流管理系统只能模拟业务流转逻辑，缺少对业务约束的模拟。
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