M
Michael Schumacher
Researcher at University of Applied Sciences Western Switzerland
Publications - 154
Citations - 3724
Michael Schumacher is an academic researcher from University of Applied Sciences Western Switzerland. The author has contributed to research in topics: Multi-agent system & Autonomous agent. The author has an hindex of 28, co-authored 154 publications receiving 3130 citations. Previous affiliations of Michael Schumacher include Lahti University of Applied Sciences & Open University.
Papers
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Context-aware Service Coordination for Mobile e-Health Applications
Federico Bergenti,César Cáceres,Alberto Fernández,Nadine Fröhlich,Heikki Helin,Oliver Keller,Ari Kinnunen,Matthias Klusch,Heimo Laamanen,António Luís Lopes,Sascha Ossowski,Heiko Schuldt,Michael Schumacher +12 more
TL;DR: This paper presents a general architecture for service delivery and coordination in intelligent peer-to-peer (IP2P) environments that has been developed within the CASCOM research project and deployed a prototype of an open IP2P service environment.
Proceedings Article
MediCoordination: a practical approach to interoperability in the Swiss health system.
TL;DR: In the MediCoordination project a pragmatic approach is selected trying to integrate several partners in health care on a regional scale to implement concrete added-value scenarios of information exchange between hospitals and external medical actors.
Implicit Cooperation and Antagonism in Multi-Agent Systems
TL;DR: It is shown why antagonism should be considered in MAS made up of autonomous agents and how these systems can even turn antagonism to advantage.
Journal Article
Interoperability prototype between hospitals and general practitioners in Switzerland.
TL;DR: A prototype implementation of one chosen scenario: the discharge summary shows small, hidden difficulties due to the multi-partner nature of the Medicoordination project; it is now important to show that interoperability can work in practice.
Journal ArticleDOI
Promoter activity and gene structure of rabbit FKBP52.
TL;DR: A 0.9-kb fragment situated directly upstream of the first ATG of rabbit FKBP52 is rich in acceptor sites for transcription factors, contains a CAAT box at -197 and could represent the proximal promoter of this immunophilin, suggesting that these transcription factors could be involved in the regulation of the gene in both species.