Most windowing systems follow the independent overlapping windows approach, which emerged as an answer to the needs of early computer users. Due to advances in computers, display technology, and increased information ...
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We are investigating a novel user interface paradigm based on zooming, in which users are presented with a zooming view of a huge planar information surface. We have developed a system called Pad++ to explore this app...
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A network community is a group of people whose communication and collaboration over networks strengthens and facilitates their shared identity and goals. A community network is a special case of a network community in...
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In current windowing environments, individual windows are treated independently, making it difficult for users to coordinate information across multiple windows. While coordinated multi-window strategies are increasin...
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Current World-Wide Web browsers can be enhanced to support the navigation needs of users. In this video, a new browsing interface is demonstrated with hierarchical page organization and efficient multiple page operati...
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This paper reports on a case study comparison of a direct-manipulation-based graphical user interface (GUI) with the QuickSet pen/voice multimodal interface for supporting the task of military force "laydown.&quo...
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When using interactive systems, people adapt their speech during attempts to resolve system recognition errors. This paper summarizes the two-stage computer-elicited Hyperarticulate Adaptation Model (CHAM), which acco...
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In this paper we describe a new automated suite of tools for capturing and analyzing data on multimodal systems called STAMP. STAMP is designed to support research and development efforts for advancing next-generation...
In our minds, we can create an imaginary environment of shapes and objects. A natural and intuitive way to externalize these imaginary shapes is through our hands by simply sketching or tracing their outline in space....
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In our minds, we can create an imaginary environment of shapes and objects. A natural and intuitive way to externalize these imaginary shapes is through our hands by simply sketching or tracing their outline in space. If we could capture and then interpret our hand shapes, then we would be able to express spatial information in computer-generated graphical environments in a simple and extremely powerful way. This paper describes on-going research to employ iconic gestural-based human-computerinteraction, which is a novel interaction technique for the input of spatial information.
作者：
Wu, DekaiWong, HongsingHKUST
Human Language Technology Center Department of Computer Science University of Science and Technology Clear Water Bay Hong Kong
We introduce a stochastic grammatical channel model for machine translation, that synthesizes several desirable characteristics of both statistical and grammatical machine translation. As with the pure statistical tra...
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