Titlebook: Business Process Management; 17th International C Thomas Hildebrandt,Boudewijn F. van Dongen,Jan Men Conference proceedings 2019 Springer N

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Medicines and Risk/Benefit Decisionsdecade. However, the computational complexity of the problem itself has never received any major attention. Although it is known that the complexity of the problem is generally in .-complete, many existing approaches ignore the issue using the excuse that current problems are small enough to be solv

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ineluctable

Medicines and Risk/Benefit Decisions catalog and a read-write database called repository). The model trades off between expressiveness and the possibility of supporting parameterized verification of safety properties on top of it. Specifically, taking inspiration from the literature on verification of artifact systems, we study verifi

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https://doi.org/10.1007/978-3-642-92423-1for process analytics. Specifically, conformance checking compares the behaviour as recorded by an information system to a model of desired behaviour. Unfortunately, state-of-the-art conformance checking algorithms scale exponentially in the size of both the event data and the model used as input. A

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https://doi.org/10.1007/978-3-642-92423-1ngful and insightful clustering of patients on the basis of healthcare data. The resulting clusters are often not in line with those of medical experts, nor do the clusters guarantee to help return meaningful process maps of patients’ clinical pathways. After all, a single hospital may conduct thous

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Medicines and Risk/Benefit Decisions paper critically analyzes the assumptions of choreography languages. We propose new language concepts specifically targeting blockchain capabilities, and we define their operational semantics. Our work is evaluated with a proof-of-concept implementation and an analysis of three real-world case studies from the private and the corporate sectors.