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Demetrios G Sampson - One of the best experts on this subject based on the ideXlab platform.

  • a Responsive Design approach for supporting mobile access to virtual and remote laboratories
    International Conference on Advanced Learning Technologies, 2014
    Co-Authors: Panagiotis Zervas, Alexandros Trichos, Demetrios G Sampson, Na Li
    Abstract:

    Remote and virtual laboratories aim to overcome typical constraints of traditional laboratories and offer access to laboratory experiments without location and time restrictions. Additionally, the continuous growth of mobile devices' ownership, as well as their increased technical capabilities, have created an emerging trend for supporting mobile access to virtual and remote labs. Existing approaches in this direction are focusing on developing device-dependent mobile apps for accessing the experiment(s) of the original remote or virtual lab. This creates difficulties related to (a) seamless access to experiments of remote or virtual labs across various mobile devices and (b) additional costs that are needed for developing different versions of the same mobile app that meets the specific technical requirements of each mobile device. In this paper, we aim to address this issue by adopting a Responsive Design approach for developing mobile web apps towards providing seamless access through various mobile devices to existing virtual and remote labs.

  • ICALT - A Responsive Design Approach for Supporting Mobile Access to Virtual and Remote Laboratories
    2014 IEEE 14th International Conference on Advanced Learning Technologies, 2014
    Co-Authors: Panagiotis Zervas, Alexandros Trichos, Demetrios G Sampson
    Abstract:

    Remote and virtual laboratories aim to overcome typical constraints of traditional laboratories and offer access to laboratory experiments without location and time restrictions. Additionally, the continuous growth of mobile devices' ownership, as well as their increased technical capabilities, have created an emerging trend for supporting mobile access to virtual and remote labs. Existing approaches in this direction are focusing on developing device-dependent mobile apps for accessing the experiment(s) of the original remote or virtual lab. This creates difficulties related to (a) seamless access to experiments of remote or virtual labs across various mobile devices and (b) additional costs that are needed for developing different versions of the same mobile app that meets the specific technical requirements of each mobile device. In this paper, we aim to address this issue by adopting a Responsive Design approach for developing mobile web apps towards providing seamless access through various mobile devices to existing virtual and remote labs.

Panagiotis Zervas - One of the best experts on this subject based on the ideXlab platform.

  • a Responsive Design approach for supporting mobile access to virtual and remote laboratories
    International Conference on Advanced Learning Technologies, 2014
    Co-Authors: Panagiotis Zervas, Alexandros Trichos, Demetrios G Sampson, Na Li
    Abstract:

    Remote and virtual laboratories aim to overcome typical constraints of traditional laboratories and offer access to laboratory experiments without location and time restrictions. Additionally, the continuous growth of mobile devices' ownership, as well as their increased technical capabilities, have created an emerging trend for supporting mobile access to virtual and remote labs. Existing approaches in this direction are focusing on developing device-dependent mobile apps for accessing the experiment(s) of the original remote or virtual lab. This creates difficulties related to (a) seamless access to experiments of remote or virtual labs across various mobile devices and (b) additional costs that are needed for developing different versions of the same mobile app that meets the specific technical requirements of each mobile device. In this paper, we aim to address this issue by adopting a Responsive Design approach for developing mobile web apps towards providing seamless access through various mobile devices to existing virtual and remote labs.

  • ICALT - A Responsive Design Approach for Supporting Mobile Access to Virtual and Remote Laboratories
    2014 IEEE 14th International Conference on Advanced Learning Technologies, 2014
    Co-Authors: Panagiotis Zervas, Alexandros Trichos, Demetrios G Sampson
    Abstract:

    Remote and virtual laboratories aim to overcome typical constraints of traditional laboratories and offer access to laboratory experiments without location and time restrictions. Additionally, the continuous growth of mobile devices' ownership, as well as their increased technical capabilities, have created an emerging trend for supporting mobile access to virtual and remote labs. Existing approaches in this direction are focusing on developing device-dependent mobile apps for accessing the experiment(s) of the original remote or virtual lab. This creates difficulties related to (a) seamless access to experiments of remote or virtual labs across various mobile devices and (b) additional costs that are needed for developing different versions of the same mobile app that meets the specific technical requirements of each mobile device. In this paper, we aim to address this issue by adopting a Responsive Design approach for developing mobile web apps towards providing seamless access through various mobile devices to existing virtual and remote labs.

Na Li - One of the best experts on this subject based on the ideXlab platform.

  • a Responsive Design approach for supporting mobile access to virtual and remote laboratories
    International Conference on Advanced Learning Technologies, 2014
    Co-Authors: Panagiotis Zervas, Alexandros Trichos, Demetrios G Sampson, Na Li
    Abstract:

    Remote and virtual laboratories aim to overcome typical constraints of traditional laboratories and offer access to laboratory experiments without location and time restrictions. Additionally, the continuous growth of mobile devices' ownership, as well as their increased technical capabilities, have created an emerging trend for supporting mobile access to virtual and remote labs. Existing approaches in this direction are focusing on developing device-dependent mobile apps for accessing the experiment(s) of the original remote or virtual lab. This creates difficulties related to (a) seamless access to experiments of remote or virtual labs across various mobile devices and (b) additional costs that are needed for developing different versions of the same mobile app that meets the specific technical requirements of each mobile device. In this paper, we aim to address this issue by adopting a Responsive Design approach for developing mobile web apps towards providing seamless access through various mobile devices to existing virtual and remote labs.

Alexandros Trichos - One of the best experts on this subject based on the ideXlab platform.

  • a Responsive Design approach for supporting mobile access to virtual and remote laboratories
    International Conference on Advanced Learning Technologies, 2014
    Co-Authors: Panagiotis Zervas, Alexandros Trichos, Demetrios G Sampson, Na Li
    Abstract:

    Remote and virtual laboratories aim to overcome typical constraints of traditional laboratories and offer access to laboratory experiments without location and time restrictions. Additionally, the continuous growth of mobile devices' ownership, as well as their increased technical capabilities, have created an emerging trend for supporting mobile access to virtual and remote labs. Existing approaches in this direction are focusing on developing device-dependent mobile apps for accessing the experiment(s) of the original remote or virtual lab. This creates difficulties related to (a) seamless access to experiments of remote or virtual labs across various mobile devices and (b) additional costs that are needed for developing different versions of the same mobile app that meets the specific technical requirements of each mobile device. In this paper, we aim to address this issue by adopting a Responsive Design approach for developing mobile web apps towards providing seamless access through various mobile devices to existing virtual and remote labs.

  • ICALT - A Responsive Design Approach for Supporting Mobile Access to Virtual and Remote Laboratories
    2014 IEEE 14th International Conference on Advanced Learning Technologies, 2014
    Co-Authors: Panagiotis Zervas, Alexandros Trichos, Demetrios G Sampson
    Abstract:

    Remote and virtual laboratories aim to overcome typical constraints of traditional laboratories and offer access to laboratory experiments without location and time restrictions. Additionally, the continuous growth of mobile devices' ownership, as well as their increased technical capabilities, have created an emerging trend for supporting mobile access to virtual and remote labs. Existing approaches in this direction are focusing on developing device-dependent mobile apps for accessing the experiment(s) of the original remote or virtual lab. This creates difficulties related to (a) seamless access to experiments of remote or virtual labs across various mobile devices and (b) additional costs that are needed for developing different versions of the same mobile app that meets the specific technical requirements of each mobile device. In this paper, we aim to address this issue by adopting a Responsive Design approach for developing mobile web apps towards providing seamless access through various mobile devices to existing virtual and remote labs.

Brian Warner - One of the best experts on this subject based on the ideXlab platform.

  • A Theory of Responsive Design: A Field Study of Corporate Engagement with Open Source Communities
    Information Systems Research, 2017
    Co-Authors: Matt Germonprez, Julie E. Kendall, Kenneth E. Kendall, Brett Young, Lars Mathiassen, Brian Warner
    Abstract:

    Although our general knowledge about open source communities is extensive, we are only beginning to understand the increasingly common practices by which corporations Design software through engagement with these communities. In response, we combine Design theorizing with field-study research (1) to analyze rich qualitative data from over 40 corporations participating in the Linux open source community and (2) to synthesize the observed corporate-open source community engagements into a new type of information systems Design theory that we call Responsive Design. Empirically, we document how corporate participants in these contexts respond to market decisions, interdependent ideologies, and distributed relationships by continuously establishing and maintaining connections with community members; connections that stem from the social and material rules inherent in the open source community. Based on these observations, we create the theory of Responsive Design as a particular form of corporate software des...

  • A Theory of Responsive Design: A Field Study of Corporate Engagement with Open Source Communities
    Information Systems Research, 2017
    Co-Authors: Matt Germonprez, Julie E. Kendall, Kenneth E. Kendall, Brett Young, Lars Mathiassen, Brian Warner
    Abstract:

    Although our general knowledge about open source communities is extensive, we are only beginning to understand the increasingly common practices by which corporations Design software through engagement with these communities. In response, we combine Design theorizing with field-study research (1) to analyze rich qualitative data from over 40 corporations participating in the Linux open source community and (2) to synthesize the observed corporate-open source community engagements into a new type of information systems Design theory that we call Responsive Design. Empirically, we document how corporate participants in these contexts respond to market decisions, interdependent ideologies, and distributed relationships by continuously establishing and maintaining connections with community members; connections that stem from the social and material rules inherent in the open source community. Based on these observations, we create the theory of Responsive Design as a particular form of corporate software des...