Medl, A., et al. Multimodal Man-Machine Interface for Mission Planning. Proceedings of the AAAI Spring Symposium on Intelligent Environments, Stanford, CA, March 1998. Home/Search Document Details and Download
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A Novel User Interface for Group Collaboration - Dorohonceanu, Sletterink, Marsic (2000) (2 citations) Self-citation (Marsic) (Correct)
....Our goal is to provide the user with multiple modalities for communicating so the user can pick his or her own preferred interaction modes. The goal of this work was not developing a single optimal multimodal interface for any specific task. Based on the experience of a previous implementation [11], the multimodal fusion (i.e. integration of modalities) and managing agent developed at CAIP was integrated into the DISCIPLE environment [16] The agent deals with content selection (what to say) modality allocation (by which modality to say it) modality realization (how to say that in that ....
....multimodal workstation is illustrated in Figure 3. The implementation focuses on providing the modalities for multiple applications in the collaborative environment, and providing an easy to use library for application developers. It has been demonstrated in a military mission planning application [11]. We enhanced the traditional user interface (keyboard and mouse) with the following sensory modalities: sound via the Microsoft Whisper speech system [13] touch via the Rutgers Master II force feedback tactile glove with gesture recognition software [2] and sight via the ISCAN, Inc. gaze ....
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A. Medl, I. Marsic, M. Andre, C.A. Kulikowski, and J.L. Flanagan, "Multimodal man-machine interface for mission planning", Proceedings of the AAAI Spring Symposium on Intelligent Environments, Stanford, CA, pp.41-47, 1998.
A Desktop Design for Synchronous Collaboration - Dorohonceanu, Marsic (1999) Self-citation (Marsic) (Correct)
....undo redo) 4] 4.3 Interface Customization Componentization of the collaboration framework introduces the possibility for interface customization. Figure 5 shows an example where the workspace is augmented by collaboration component Beans [4] and by multimodal human machine interaction Beans [11]. By loading different collaboration component Beans, the user can vary the degree of awareness about the other conference participants or select the concurrency control algorithm that applies to a particular Bean. Similarly, by loading and activating different multi modal Beans, the user can ....
....conference participants or select the concurrency control algorithm that applies to a particular Bean. Similarly, by loading and activating different multi modal Beans, the user can dynamically choose the modality for interacting with the workspace (e.g. speech, keyboard, eye gaze pointer, etc. [11]) The users can also edit their description (picture, personal information, URL address of the Web page, etc. and the properties of the awareness widgets representing them remotely (such as telepointers, radar views) at any time during collaboration. 5 Design Time Collaboration A special ....
A. Medl, I. Marsic, M. Andre, C.A. Kulikowski, J.L. Flanagan. Multimodal Man-Machine Interface for Mission Planning. In Proceedings of the AAAI Spring Symposium on Intelligent Environments, pages 41-47, 1998.
Computer-Supported Cooperative Work - Kevin Mills National (Correct)
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Medl, A., et al. Multimodal Man-Machine Interface for Mission Planning. Proceedings of the AAAI Spring Symposium on Intelligent Environments, Stanford, CA, March 1998.
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