%0 Conference Paper %1 eckstein2016dynamic %A Eckstein, Benjamin %A Lugrin, Birgit %B 5th International Workshop on Human-Agent Interaction Design and Models (HAIDM 2016), in conjunction with IJCAI 2016 %D 2016 %K eckstein imported lugrin mi myown reflectedreality sia %T Dynamic Context Integration through Modularized Ontologies and Semantic Blueprints %X Some recent approaches in context-aware systems deploy on-tologies to benefit from their expressive power and extensive availability within the World Wide Web. However, wide-ranging ontologies tend to grow into large and complicated constructs, thereby making them difficult to maintain or reason on. In this work, we present a lightweight system design that combines the advantages of minimal, distributed or modularized ontologies with the computational power of a state-of-the-art real-time interactive system. Therefore, we introduce a simple data-structure called blueprints, that describes various reasoning operations to allow the dynamic integration of domain-specific knowledge for time-critical tasks, e.g. in multi-agent systems. Following this concept, we formulate four major use cases which are described through exemplary problems and proposed solutions. The presented design aims at porta-bility and adaptability, while maintaining real-time capability.

@inproceedings{eckstein2016dynamic, abstract = {Some recent approaches in context-aware systems deploy on-tologies to benefit from their expressive power and extensive availability within the World Wide Web. However, wide-ranging ontologies tend to grow into large and complicated constructs, thereby making them difficult to maintain or reason on. In this work, we present a lightweight system design that combines the advantages of minimal, distributed or modularized ontologies with the computational power of a state-of-the-art real-time interactive system. Therefore, we introduce a simple data-structure called blueprints, that describes various reasoning operations to allow the dynamic integration of domain-specific knowledge for time-critical tasks, e.g. in multi-agent systems. Following this concept, we formulate four major use cases which are described through exemplary problems and proposed solutions. The presented design aims at porta-bility and adaptability, while maintaining real-time capability.}, added-at = {2023-03-06T16:21:57.000+0100}, author = {Eckstein, Benjamin and Lugrin, Birgit}, biburl = {https://www.bibsonomy.org/bibtex/2923ec3b7e632bd2d641add094ea42603/sia-bib}, booktitle = {5th International Workshop on Human-Agent Interaction Design and Models (HAIDM 2016), in conjunction with IJCAI 2016}, interhash = {e4c71e79c991a26f49ab95f916ab6fa6}, intrahash = {923ec3b7e632bd2d641add094ea42603}, keywords = {eckstein imported lugrin mi myown reflectedreality sia}, timestamp = {2023-10-30T08:50:27.000+0100}, title = {Dynamic Context Integration through Modularized Ontologies and Semantic Blueprints}, year = 2016 }