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ESub: Mining and exploring substructures in knowledge-intensive processes

机译:ESUB:在知识密集型过程中挖掘和探索子结构

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Process Mining (PM) encompasses a number of methodologies designed for extracting knowledge from event logs, typically recorded by operational information systems like ERPs, Workflow Management Systems or other process-aware enterprise systems. The structured nature of processes implemented in these systems has led to the development of effective techniques for conformance checking (check if a real execution trace conforms to a predefined process schema) or process discovery (synthesize a process schema from a set of real execution traces recorded in the trace log) [1]. However in many knowledge-intensive domains, like e.g. health care, emergency management, research and innovation development, processes are typically characterized by little or no structure, since the flow of activities strongly depends on context-dependent decisions that should rely on human knowledge. Consequently, classical process discovery techniques usually provide limited support in analyzing these processes. As a further issue, in these domains an integrated information system may not even exist, requiring to integrate a number of independent event logs.
机译:过程挖掘(PM)包含一些用于从事件日志中提取知识的多种方法,通常由ERP,工作流管理系统或其他过程感知企业系统等操作信息系统记录。在这些系统中实现的过程的结构化性质导致开发用于符合检查的有效技术(检查真实执行跟踪是否符合预定义的过程模式)或进程发现(从记录的一组实时执行迹线合成进程架构在跟踪日志中)[1]。然而,在许多知识密集型的域中,如例如。医疗保健,应急管理,研究和创新发展,过程通常具有很少或没有结构的特征,因为活动流量强烈取决于应依赖人类知识的上下文依赖决策。因此,经典过程发现技术通常在分析这些过程时提供有限的支持。作为一个进一步的问题,在这些域中,甚至可能甚至不存在集成信息系统,需要集成多个独立的事件日志。

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