“…The application of structured performance measurements facilitates an automated business process optimization (25,8). A system of key performance indicators which are interconnected with the process model could become the key of success in business process re-engineering.…”
“…The general approach consists of changing parameters in the model, execute the simulation and analyse the achieved result (20,8). By the repetition of such procedures of manipulation, simulation and value analysis (MSA-Investigation), multiple scenarios could be tested and compared.…”
Section: System Of Scenariosmentioning
confidence: 99%
“…The application of simulation is sensible to reduce risks within the business process reengineering (8,1363). The adaption of simulation techniques needs to express the impact, process changes might have on systems (organizations) behaviour.…”
Section: Requirements On a General Approachmentioning
“…The application of structured performance measurements facilitates an automated business process optimization (25,8). A system of key performance indicators which are interconnected with the process model could become the key of success in business process re-engineering.…”
“…The general approach consists of changing parameters in the model, execute the simulation and analyse the achieved result (20,8). By the repetition of such procedures of manipulation, simulation and value analysis (MSA-Investigation), multiple scenarios could be tested and compared.…”
Section: System Of Scenariosmentioning
confidence: 99%
“…The application of simulation is sensible to reduce risks within the business process reengineering (8,1363). The adaption of simulation techniques needs to express the impact, process changes might have on systems (organizations) behaviour.…”
Section: Requirements On a General Approachmentioning
“…While mathematical models have been used to model dynamic systems, these approaches have generally been applicable to problems where an analytical solution exists (Law & Kelton, 1991). More complex systems require alternative approaches such as process modelling (Hlupic & Robinson, 1998), which is the focus of this chapter. The underlying technology behind process modelling is discrete-event simulation.…”
Section: Process Modelling and Simulationmentioning
“…Business process simulation is regarded as an invaluable tool for process modelling due to its ability to perform quantitative modelling (e.g., cost-benefit analysis and feasibility of alternative designs) as well as stochastic modelling (e.g., external factors and sensitivity analysis) [4]. Simulation has been used for the analysis and design of systems in different application areas [13], a "decision support tool" for business process reengineering [6] and for improving orchestration of supply chain business processes [12].…”
Abstract. Contemporary business process simulation environments are geared towards design-time analysis, rather than operational decision support over already deployed and running processes. In particular, simulation experiments in existing process simulation environments start from an empty execution state. We investigate the requirements for a process simulation environment that allows simulation experiments to start from an intermediate execution state. We propose an architecture addressing these requirements and demonstrate it through a case study conducted using the YAWL workflow engine and CPN simulation tools.
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