![]() International Conference on Internet Computing 675–681 Hanssens N, Kulkarni A, Tuchida R, Horton T (2002) Building agent-based intelligent workspaces. IEEE Computer Graphics and Applications 20(3), 54–65 In Proceedings of the PCM 2004 Fifth Pacific Rim Conference on Multimedia, Tokyo, Japanįox A, Johanson B, Hanrahan P, Winograd T (2000) Integrating information appliances into an interactive space. 201–212.įoote J, Liu Q, Kimber D, Chiu P, Zhao F (2004) Reach Through the Screen: A New Metaphor for Remote Collaboration. In Proceedings of the 1st International Workshop on Managing Interactions in Smart Environments (MANSE’99), Dublin, Ireland. Personal and Ubiquitous Computing 3(1/2), 33–42Ĭoen M, Phillips B, Warshawsky N, Weisman L, Peters S, Finin P (1999) Meeting the Computational Needs of Intelligent Environments: The Metaglue System. In Paper presented at the PerCom 2004 Second IEEE International Conference on Pervasive Computing and Communications, Orlando, Florida, USA, March 2004, Ĭheverst K, Blair GS, Davies N, Friday A (1999) The support of mobile-awareness in collaborative groupware. This process is experimental and the keywords may be updated as the learning algorithm improves.īallagas R, Szybalski A, Fox A (2004) Patch Panel: Enabling Control-Flow Interoperability in Ubicomp Environments. These keywords were added by machine and not by the authors. The console is used for the USE room control interface, which controls and switches between all of the equipment mentioned earlier. The room Niji currently contains two large interactive whiteboards for projection of presentation material, for annotations using a digital whiteboard, or for teleconferencing a Tandberg teleconferencing system an RFID authentication plus biometric identification system printing via network a PDA-based simple controller, and a tabletop touch-screen console. The first USE room was designed for FXPAL’s executive “Ian” and installed in Niji, a small executive conference room at FXPAL. The architecture allows customization and personalization of smart environments for particular people and groups, types of work, and specific physical spaces. As the system needs to fit both with the personal leadership style of the executive and the corporation’s meeting culture, we began the design process by exploring the work flow in and around meetings attended by the executive.īased on our work flow analysis and the scenarios we developed from it, USE developed a flexible, extensible architecture specifically designed to enhance ease of use in smart environment technologies. A key idea in the USE framework is that customization is one of the best ways to create a smooth user experience. ![]() Our first design prototype focuses on creating a “no wizards” room for an American executive that is, a room the executive could walk into and use by himself, without help from a technologist. Use of basic audiovisual equipment included in room rates.The Usable Smart Environment project (USE) aims at designing easy-to-use, highly functional, next-generation conference rooms. Three power receptacles built into each table.Two floor boxes with VIP connection plate (allows guest to use their laptop with the system).All set up and tear down must fall within the 4 or 8 hour rented time. ![]() Room Rates are based on the reserved time. It represents K-State Olathe's focus on responding to industry needs for executive meeting space, training and research. The board room is an intimate setting for executive meetings and will seat up to 48 people (24 can be seated at the table and 24 can be seated around the perimeter of the walls.) This room is located on the first floor and affords clients a quieter space for top level meetings.
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