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Knowledge-Intensive Business Processes: Proceedings of the 1st International Workshop on Knowledge-intensive Business Processes CEUR Workshop Proceedings, Volume 861

机译:知识密集型业务流程:第一届知识密集型业务流程国际研讨会论文集CEUR研讨会论文集,第861卷

摘要

Nowadays, Workflow Management Systems (WfMSs) and, more generally, Process Management Systems (PMPs) are process-aware Information Systems (PAISs), are widely used to support many human organizational activities, ranging from well-understood, relatively stable and structures processes (supply chain management, postal delivery tracking, etc.) to processes that are more complicated, less structured and may exhibit a high degree of variation (health-care, emergency management, etc.). Every aspect of a business process involves a certain amount of knowledge which may be complex depending on the domain of interest. The adequate representation of this knowledge is determined by the modeling language used. Some processes behave in a way that is well understood, predictable and repeatable: the tasks are clearly delineated and the control flow is straightforward. Recent discussions, however, illustrate the increasing demand for solutions for knowledge-intensive processes, where these characteristics are less applicable.udThe actors involved in the conduct of a knowledge-intensive process have to deal with a high degree of uncertainty. Tasks may be hard to perform and the order in which they need to be performed may be highly variable. Modeling knowledge-intensive processes can be complex as it may be hard to capture at design-time what knowledge is available at run-time. In realistic environments, for example, actors lack important knowledge at execution time or this knowledge can become obsolete as the process progresses. Even if each actor (at some point) has perfect knowledge of the world, it may not be certain of its beliefs at later points in time, since tasks by other actors may change the world without those changes being perceived. Typically, a knowledge-intensive process cannot be adequately modeled by classical, state of the art process/workflow modeling approaches. In some respect there is a lack of maturity when it comes to capturing the semantic aspects involved, both in terms of reasoning about them. The main focus of the 1st International Workshop on Knowledge-intensive Business processes (KiBP 2012) was investigating how techniques from different fields, such as Artificial Intelligence (AI), Knowledge Representation (KR), Business Process Management (BPM), Service Oriented Computing (SOC), etc., can be combined with the aim of improving the modeling and the enactment phases of a knowledge-intensive process. The 1st International Workshop on Knowledge-intensive Business process (KiBP 2012) was held as part of the program of the 2012 Knowledge Representation & Reasoning International Conference (KR 2012) in Rome, Italy, in June 2012.ududThe workshop was hosted by the Dipartimento di Ingegneria Informatica, Automatica e Gestionale Antonio Ruberti of Sapienza Universita di Roma, with financial support of the University, through grant 2010-C26A107CN9 TESTMED, and the EU Commission through the projects FP7-25888 Greener Buildings and FP7-257899 Smart Vortex.ududThis volume contains the 5 papers accepted and presented at the workshop. Each paper was reviewed by three members of the internationally renowned Program Committee. In addition, a further paper was invted for inclusion in the workshop proceedings and for presentation at the workshop. There were two keynote talks, one by Marlon Dumas (Institute of Computer Science, University of Tartu, Estonia) on "Integrated Data and Process Management: Finally?" and the other by Yves Lesperance (Department of Computer Science and Engineering, York University, Canada) on "A Logic-Based Approach to Business Processes Customization" completed the scientific program. We would like to thank all the Program Committee members for the valuable work in selecting the papers, Andrea Marrella for his valuable work as publication and publicity chair of the workshop, and Carola Aiello and the consulting agency Consulta Umbria for the organization of this successful event.
机译:如今,工作流管理系统(WfMS)以及更普遍的过程管理系统(PMP)是过程感知信息系统(PAIS),广泛用于支持许多人类组织的活动,包括易于理解,相对稳定和结构化的过程(供应链管理,邮政追踪等)到更复杂,结构更少并且可能表现出高度差异的过程(医疗保健,紧急情况管理等)。业务流程的每个方面都涉及一定量的知识,根据感兴趣的领域,这些知识可能很复杂。此知识的适当表示方式取决于所使用的建模语言。某些过程的行为方式易于理解,可预测和可重复:清楚地描述任务,控制流程简单明了。但是,最近的讨论说明了对知识密集型过程的解决方案的需求不断增加,因为这些特征不太适用。 ud参与知识密集型过程的参与者必须应对高度的不确定性。任务可能难以执行,并且执行任务的顺序可能会高度可变。对知识密集型过程进行建模可能很复杂,因为在设计时可能很难捕获运行时可用的知识。例如,在现实环境中,参与者在执行时缺乏重要的知识,或者随着过程的进行,这种知识可能会过时。即使每个参与者(在某个时候)对世界都有完备的知识,在以后的某个时间点也可能不确定其信念,因为其他参与者的任务可能会改变世界,而不会意识到这些变化。通常,知识密集型过程无法通过经典的现有技术过程/工作流建模方法进行充分建模。在某些方面,无论是在推理方面,还是在捕获所涉及的语义方面都缺乏成熟性。第一届知识密集型业务流程国际研讨会(KiBP 2012)的主要重点是调查来自不同领域的技术,例如人工智能(AI),知识表示(KR),业务流程管理(BPM),面向服务的计算(SOC)等可以与旨在改善知识密集型过程的建模和制定阶段的目标结合在一起。作为2012年6月在意大利罗马举行的2012年知识表示和推理国际会议(KR 2012)计划的一部分,举办了第一届知识密集型业务流程国际研讨会(KiBP 2012)。 ud ud由Inapi的Dipartimento di Ingegneria,罗马的Sapienza大学的自动化Georgatione Antonio Ruberti,大学提供的财政支持,通过2010-C26A107CN9 TESTMED赠款,以及欧盟委员会通过FP7-25888 Greener Buildings和FP7-257899 Smart Vortex项目。 ud ud此卷包含在研讨会上接受并提交的5篇论文。每篇论文均由国际知名计划委员会的三名成员进行了审查。此外,还邀请了另一篇论文,将其纳入研讨会论文集并在研讨会上发表。有两个主题演讲,其中一个是Marlon Dumas(爱沙尼亚塔尔图大学计算机科学研究院)关于“集成数据和流程管理:最后?”的主题演讲。 Yves Lesperance(加拿大约克大学计算机科学与工程系)的另一项关于“基于逻辑的业务流程定制方法”的研究完成了该科学计划。我们要感谢计划委员会的所有成员在选择论文方面所做的宝贵工作,感谢Andrea Marrella作为研讨会的出版物和宣传主席所做的宝贵工作,以及Carola Aiello和咨询机构Consulta Umbria的成功组织。 。

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