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  • 8/14/2019 siggraph2007 SA EAE Header

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    To appear in SIGGRAPH 2007 Sketches & Posters session

    A Context Visualiser: the Generative Website Project

    Shigeki Amitaniand Ernest Edmonds

    Creativity & Cognition Studios,

    Australasian CRC for Interaction Design,

    University of Technology, Sydney

    1 Introduction

    This paper presents a prototype generative system that visualisespossible sequences of information, often called scenarios, narra-tives, stories, or contexts, out of existing information so that (1) in-formation designers and audiences of information can explore anddiscover possible contexts that otherwise could be missed; and (2)the generated information artefacts can stimulate creative thinking.The generated sequences are expected to work as : (1) final prod-ucts that a user (audience) can enjoy; and (2) draft materials that auser (information designer) can modify.

    We are currently working on the Generative Website Project sup-ported by Australasian CRC for Interaction Design (ACID), in col-laboration with International Federation of Arts Councils and Cul-tural Agencies (IFACCA). They are renewing their web site1 in or-der to provide more dynamic contents to audiences of the web site.

    The generative website is expected to be a place for following aims:

    Audiences of the web site can post their articles, comments,and video clips

    The web site provides dynamic contents so that audiences canenjoy different contexts each time when new information arte-facts are added by the content provider and / or audiences

    2 A Prototype System and Usage Scenario

    The system is an implementation of a conceptual system calledKnowledge Nebula Crystallizer, developed based on a conceptcalled Knowledge Liquidization & Crystallization [Amitani andHori 2003]. It dissolves information artefacts into small segmentswith preserving the local semantic relationships with using the cri-teria called Term Dependency and Term Attractiveness [Akaishiet al. 2006]. Then it restructures the relationships among the seg-ments in a contextual way with Main Topic Term Dependency thatwe have developed.

    In this example, 10 text data of articles on the web site of theIFACCA were used. The articles are actual reports from art con-ferences and news. The system segmented them into 57 segments.

    A user enters a topic term that the user thinks is a main topic for

    what the user is searching. Figure 1 shows the search result withkeyword musician. The circled segment (labeled right0) is asegment containing the search term musician. The text area onthe right side indicates the content of a selected segment.

    The segments connected with the first segment with lines in Fig-ure 1 (labeled with presentation, Organization, and work) aresuggested as the second segment of a sequence based on the valueofMain Topic Term Dependency. By selecting one of them, furtherconnections are visualised (Figure 2).

    e-mail: [email protected]: [email protected] IFACCA web site is: http://www.ifacca.org/

    Figure 1: A Search Result for musician

    By double-clicking with holding down the shift key, the systemshows the entire selected sequences so that the user can actuallyread and understand the content of the sequence . Users can openas many text areas as they want so that they can compare multiplesequences with each other. Our first impression is that generatedsequences are consistent and seems to be a story. We are goingto (1) evaluate the quality of generated sequences and interactionsbetween the system and users; and (2) extend this system for non-text-based information such as videos and music.

    Figure 2: Connected Content

    References

    AKAISHI, M ., HOR I, K., AND SATOH, K. 2006. Topic tracer:A visualization tool for quick reference of stories embedded indocument set. In International Conference on Information Vi-sualisation 2006, D. A. Keim, F. Mansmann, J. Schneidewind,H. Ziegler, C. Tominski, J. Abello, F. v. Ham, H. Schumann,M. Jern, and J. Franz, Eds., 101106.

    AMITANI, S., AND HORI , K. 2003. Knowledge nebula crystallizerfor knowledge lequidization & crystallization - from a theoryto a methodology of knowledge management. Proceedings ofExpertise In Design, Design Thinking Research Symposium 6.