Afzal M. T., Latif A., Us Saeed A., Sturm P., Aslam S., Andrews K., Maurer H.
2009
In numerous contexts and environments, it is necessary to identify and assign (potential) experts to subject fields. In the context of an academic journal for computer science (J.UCS), papers and reviewers are classified using the ACM classification scheme. This paper describes a system to identify and present potential reviewers for each category from the entire body of paper’s authors. The topical classification hierarchy is visualized as a hyperbolic tree and currently assigned reviewers are listed for a selected node (computer science category). In addition, a spiral visualization is used to overlay a ranked list of further potential reviewers (high-profile authors) around the currently selected category. This new interface eases the task of journal editors in finding and assigning reviewers. The system is also useful for users who want to find research collaborators in specific research areas.
Rath Andreas S., Kröll Mark, Andrews K., Lindstaedt Stefanie , Granitzer Michael
2006
In a knowledge-intensive business environment, knowledgeworkers perform their tasks in highly creative ways. This essential freedomrequired by knowledge workers often conflicts with their organization’sneed for standardization, control, and transparency. Within thiscontext, the research project DYONIPOS aims to mitigate this contradictionby supporting the process engineer with insights into the processexecuter’s working behavior. These insights constitute the basis for balancedprocess modeling. DYONIPOS provides a process engineer supportenvironment with advanced process modeling services, such as processvisualization, standard process validation, and ad-hoc process analysisand optimization services.
Andrews K., Kienreich Wolfgang, Sabol Vedran, Granitzer Michael
2004
Granitzer Michael, Kienreich Wolfgang, Sabol Vedran, Andrews K.
2004
Andrews K., Kienreich Wolfgang, Sabol Vedran, Granitzer Michael
2003
Kappe F., Droschl G., Kienreich Wolfgang, Sabol Vedran, Andrews K., Granitzer Michael, Auer P.
2003
Kienreich Wolfgang, Sabol Vedran, Granitzer Michael, Kappe F., Andrews K.
2003
Andrews K., Kienreich Wolfgang, Sabol Vedran, Becker J., Kappe F., Droschl G., Granitzer Michael, Auer P.
2002
Kappe F., Droschl G., Kienreich Wolfgang, Sabol Vedran, Becker J., Andrews K., Granitzer Michael, Auer P.
2002
Sabol Vedran, Kienreich Wolfgang, Granitzer Michael, Becker J., Andrews K.
2002
Andrews K., Gütl Christian, Moser J., Sabol Vedran, Lackner W.
2001
The xFIND gatherer-broker architecture provides a wealth of metadata, which can be used to provide sophisticated search functionality. Local or remote documents are indexed and summaries and metadata are stored on an xFIND broker (server). An xFIND client can search a particular broker and access rich metadata for search result presentation, without having to fetch the original documents themselves. Search result sets are not only presented as a traditional ranked list, but also in an interactive scatterplot (Search Result Explorer) and using dynamic thematic clustering (VisIslands)