Heterogenität in Teams

ASEMOS. Weiterentwicklung der Behandlung semantischer Heterogenität

The project CARMEN aimed among other goals at improving the expansion of searches in bibliographic databases into Internet searches. For this purpose a set of different approaches to the treatment of semantic heterogeneity (metadata extraction, query translation using statistic relations and crossconcordances) were pursued. Subsequent to this project some open issues are proceeded in the follow...

Behandlung semantischer Heterogenität durch Metadatenextraktion und Anfragetransfers

The project CARMEN (“Content Analysis, Retrieval and Metadata: Effective Networking”) aimed among other goals at improving the expansion of searches in bibliographic databases into Internet searches. We pursued a set of different approaches to the treatment of semantic heterogeneity (meta-data extraction, query translation using statistic relations and cross-concordances). This paper describes ...

Ein "Virtuelles Bibliotheksregal" für die Informationswissenschaft als Anwendungsfall semantischer Heterogenität

The virtual library shelf MyShelf enhances the browsing access to heterogeneously represented objects. It is applied to the information science books in the library of the University of Hildesheim. MyShelf integrates the relevant library stock, other libraries and teaching material in the internet. The access is possible through various hierarchical cataloguing systems and especially library ca...

Überwindung semantischer Heterogenität bei multiplen Data-Warehouse-Systemen

Teams for Teams Performance in Multi-Human/Multi-Robot Teams

The present study addresses the interaction between automation and organization of human teams in controlling large robot teams performing an Urban Search and Rescue (USAR) task. We identify three subtasks: perceptual visual search for victims, assistance teleoperation to assist robot, and navigation path planning and coordination. For the studies reported, navigation was selected for automatio...