Proactive Analytic Workspaces fro Heterogeneous Data Frank Shipman

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Proactive Analytic Workspaces fro Heterogeneous Data Frank Shipman Dept. of Computer Science and Engineering

Proactive Analytic Workspaces fro Heterogeneous Data Frank Shipman Dept. of Computer Science and Engineering Center for the Study of Digital Libraries

Vision: Application of User/Interest Modeling to Support Data Analysis Domain Analysts Heterogeneous Data Repository

Vision: Application of User/Interest Modeling to Support Data Analysis Domain Analysts Heterogeneous Data Repository Proactive Analytic Workspace Access and Selection Interpretive Activity Data Similarity Assessments Interest Models

Per. Con: A Personal Data Analysis Environment Prototype Repository Viewer Visual Workspace Suggestion History

Per. Con: A Personal Data Analysis Environment Prototype Repository Viewer Visual Workspace Suggestion History

Evaluation of Initial Capabilities • 24 participants performed tasks based on two years of

Evaluation of Initial Capabilities • 24 participants performed tasks based on two years of weather and river data • Results – Availability of a persistent workspace increases the number of data objects investigated by users and improves the users’ perception of the environment – Recommendation effects are muted without the workspace – Activity moved from the repository viewer to the workspace when available – Many users valued the recommendations and actively sought more recommendations

Lots of Opportunities for Collaboration • Our focus is on proactively supporting human analysis

Lots of Opportunities for Collaboration • Our focus is on proactively supporting human analysis • We are domain agnostic and can modify the tools to work with most types of data • Our architecture includes ability to add/replace data types, feature extractors, similarity measures, etc.