Research

Architecture and Remote Interaction Techniques for Digital Media Exchange across 3G Mobile Devices


Reference:

Yousef, K., 2009. Architecture and Remote Interaction Techniques for Digital Media Exchange across 3G Mobile Devices. Thesis (Doctor of Philosophy (PhD)). University of Bath.

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    Abstract

    For users away from the office or home, there is an increasing demand for mobile solutions that offer effective collaborative facilities on the move. The mobile cellular device, or “smart phone”, can offer a ubiquitous platform to deliver such services, provided that its many physical and technological constraints can be overcome. In an effort to better support mobile collaboration, this thesis presents a contributing Mobile Exchange Architecture (MEA) designed to improve upon the capabilities provided by mobile devices to enable synchronous exchange of digital media during a phone conversation using wireless networks and cellular devices. This research includes the design and development of one such MEA in the form of a fully functional Photo-conferencing service, supporting shared remote interaction techniques, simultaneous voice communication and seamless digital media exchange between remote and collocated mobile users. Furthermore, through systematic design, experimental evaluations and field studies we evaluate the effects of different shared remote interaction techniques – 'pointing', 'scaling', 'mixed' and 'hybrid' – assessing the task effort required by users when interacting around shared images across resource constrained mobile devices. This thesis presents a direction for the future development of technologies and methods to enable a new era of scalable always-to-hand mobile collaborative environments.

    Details

    Item Type Thesis (Doctor of Philosophy (PhD))
    CreatorsYousef, K.
    Uncontrolled Keywordscall, phone, collaboration, interaction, architecture, media, exchange, mobile, 3g
    DepartmentsFaculty of Science > Computer Science
    Publisher StatementUnivBath_PhD_2009_Kharsim_Yousef.pdf: ©The Author
    StatusUnpublished
    ID Code15591

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