This paper presents a classification framework for workflow exception handling in the form of patterns. This framework is independent of specific modelling approaches or technologies and as such provides an objective means of delineating the exception-handling capabilities of specific workflow systems. It is subsequently used to assess the level of exceptions support provided by eight commercial workflow systems and business process modelling and execution languages. On the basis of these investigations, we propose a graphical, tool-independent language for defining exception handling strategies in workflows
The unpredictability of business processes requires that workflow systems support exception handling...
The unpredictability of business processes requires that workflow systems support exception handling...
This paper presents the realisation, using a Service Oriented Architecture, of an approach for dynam...
This paper presents a classification framework for workflow exception handling in the form of patter...
This paper presents a classification framework for workflow exception handling in the form of patter...
This paper presents a classification framework for workflow exception handling in the form of patter...
This paper presents a classification framework for workflow exception handling in the form of patter...
Abstract. This paper presents a classification framework for workflow exception handling in the form...
Abstract. This paper presents a classification framework for exception handling in process-aware inf...
Contemporary specification languages of workflow management systems focus on capturing process execu...
Abstract. This paper presents the realisation, using a Service Oriented Architecture, of an approach...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
The unpredictability of business processes requires that workflow systems support exception handling...
The unpredictability of business processes requires that workflow systems support exception handling...
This paper presents the realisation, using a Service Oriented Architecture, of an approach for dynam...
This paper presents a classification framework for workflow exception handling in the form of patter...
This paper presents a classification framework for workflow exception handling in the form of patter...
This paper presents a classification framework for workflow exception handling in the form of patter...
This paper presents a classification framework for workflow exception handling in the form of patter...
Abstract. This paper presents a classification framework for workflow exception handling in the form...
Abstract. This paper presents a classification framework for exception handling in process-aware inf...
Contemporary specification languages of workflow management systems focus on capturing process execu...
Abstract. This paper presents the realisation, using a Service Oriented Architecture, of an approach...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
Although the efforts from the Workflow Management Coalition (WfMC) led to the definition of a standa...
The unpredictability of business processes requires that workflow systems support exception handling...
The unpredictability of business processes requires that workflow systems support exception handling...
This paper presents the realisation, using a Service Oriented Architecture, of an approach for dynam...