Research is the core task of STI Innsbruck. Our motto is "Enabling Semantics". Find out more about our current research directions!
Applications and Services Architectures for Enterprises (ASAE)![]() Website: http://asae.sti-innsbruck.at/
The main objectives of the research unit ASAE are
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Intelligent Reasoning for Integrated Systems (IRIS) Website: http://iris.sti-innsbruck.at
Besides the largest source of information ever, the Web is moving towards becoming a Web of globally accessible services. Both static data and services available on the Web still lack machine-understandable semantics such that they can be used in an automated way. It is the mission of the IRIS research unit to define languages for describing data and Web services, and to build software components to reason about these data and service descriptions in order to make the vision of the Semantic Web a reality. |
Semantic Web Application (SWA)![]() Website: http://swa.deri.org/
This research unit aims to apply Semantic Web technologies to solve various real life problems and seek to provide better solutions. The key tasks are:
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Semantics in Business Information Systems (SEBIS)![]() This research unit works on transferring Semantic Web and Semantic Web Services technology to research problems in Business Information Systems, in order to bridge the gap between the fundamental work yielded by the Formal Ontology and Semantic Web communities on one hand and the application-oriented challenges of BIS/MIS as a discipline on the other hand. |
Service Web Intelligence Group (SWI)![]() The mission of the Service Web Intelligence unit is to establish semantics as the core pillar for future service web infrastructures and develop service models, algorithms and tools which will ease the usage of services in the future service web environment. |
Ubiquitous Services (UbiServ)![]() This research unit elaborates on the challenges of services in the emerging field of Ubiquitous Computing. This includes research on service description, discovery, distribution, deployment, composition and execution in Ubiquitous Computing environments. An important aspect is the area of ontology-based context modeling and retrieval as a key enabler of context-aware service discovery and execution technology in Ubiquitous Computing environments. |
Web Service Composition (WSC)![]() The mission of WSC is to automate the composition of semantic web services. We investigate suitable composition formalisms, and we devise algorithms performing composition in these formalisms, handling the underlying complexity in a scalable way by suitably exploiting the problem structure underlying real-world scenarios. |
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