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Relationship between office workers’ staying and workstation attributes in a non-territorial office using ultra wide band sensor network |
Xinnan ZHANG1( ), Takashi IZATO2, Junzo MUNENOTO3, Daisuke MATSUSHITA4, Tetsu YOSHIDA5 |
| 1. Department of Architecture, Kyoto University, Kyoto 615-8540, Japan; 2. Architecture & Engineering Division, TAISEI Corporation Tokyo 163-0606, Japan; 3. Department of Architecture, Okayama University of Science; 4. Department of Architecture, Okayama University of Science, Okayama 700-0005, Japan; 5. Department of Architecture, Faculty of Engineering, Kyoto University, Kotyo 615-8540, Japan |
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Abstract This paper investigates the staying and moving characteristics of office workers in a non-territorial office using an ultra wide band (UWB) impulse radio sensor network. The differences between office workers’ staying and moving are clarified according to the individual workstation type that they select. The study determines the characteristics of each type of workstation. By clarifying office workers’ preference for staying and moving with regard to individual workstation types and office worker post, the reasons why office workers in different posts tended to select different types of workstations were revealed. Specifically, leaders tended to select workstations at the “inner meeting corner side” most frequently, as they had a greater need to stay in other areas. In contrast, ordinary staff needed to visit office workers in other areas less often, and as such, they tended to select individual workstations at the “middle meeting corner side.” Barring this, they tended to select individual workstations at the “middle corridor side” or “outer-meeting corner side.” Temporary staff members had little need to visit or stay at other places so they tended to select individual workstations at the “window side,” which is seldom visited or stayed at by other office workers and they could be disturbed less often from their solo work.
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| Keywords
workplace
non-territorial office
staying behavior
ultra wide band (UWB)
sensor network
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Corresponding Author(s):
ZHANG Xinnan,Email:ap.zhang1xn@archi.kyoto-u.ac.jp
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Issue Date: 05 December 2010
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