Design and analysis of groupware for large displays
Elaine M. Huang
Abstract
Elaine M. Huang
Abstract
Despite the proliferation of large-scale displays in the workplace, creating groupware applications that take advantage of their potential for collaboration and communication remains challenging. Interactions with large displays yield user experiences that are different from interaction with conventional desktop groupware. Thus, unique hurdles exist for designing large display groupware applications (LDGAs) that are integrated into actual work practice. Our research addresses these challenges through experimental design based on studies of workgroup practices, the formation of a framework of heuristics for LDGA adoption, and its application to the design and analysis of LDGAs.
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Despite the proliferation of large-scale displays in the workplace, creating groupware applications that take advantage of their potential for collaboration and communication remains challenging. Interactions with large displays yield user experiences that are different from interaction with conventional desktop groupware. Thus, unique hurdles exist for designing large display groupware applications (LDGAs) that are integrated into actual work practice. Our research addresses these challenges through experimental design based on studies of workgroup practices, the formation of a framework of heuristics for LDGA adoption, and its application to the design and analysis of LDGAs.
Key concepts: Collaborative software, Workgroup, Computer science, Human–computer interaction, Heuristics, Computer-supported cooperative work, Knowledge management, Work (physics)