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The Experts below are selected from a list of 570 Experts worldwide ranked by ideXlab platform

Elliot K Fishman - One of the best experts on this subject based on the ideXlab platform.

  • internet based dissemination of educational video presentations a primer in video podcasting
    American Journal of Roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    OBJECTIVE. Video “podcasting” is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media.CONCLUSION. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

  • Internet-based dissemination of educational video presentations: a primer in video podcasting.
    AJR. American journal of roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    Video "podcasting" is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

Frank M Corl - One of the best experts on this subject based on the ideXlab platform.

  • internet based dissemination of educational video presentations a primer in video podcasting
    American Journal of Roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    OBJECTIVE. Video “podcasting” is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media.CONCLUSION. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

  • Internet-based dissemination of educational video presentations: a primer in video podcasting.
    AJR. American journal of roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    Video "podcasting" is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

Melissa R Rowell - One of the best experts on this subject based on the ideXlab platform.

  • internet based dissemination of educational video presentations a primer in video podcasting
    American Journal of Roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    OBJECTIVE. Video “podcasting” is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media.CONCLUSION. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

  • Internet-based dissemination of educational video presentations: a primer in video podcasting.
    AJR. American journal of roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    Video "podcasting" is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

Pamela T Johnson - One of the best experts on this subject based on the ideXlab platform.

  • internet based dissemination of educational video presentations a primer in video podcasting
    American Journal of Roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    OBJECTIVE. Video “podcasting” is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media.CONCLUSION. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

  • Internet-based dissemination of educational video presentations: a primer in video podcasting.
    AJR. American journal of roentgenology, 2008
    Co-Authors: Frank M Corl, Pamela T Johnson, Melissa R Rowell, Elliot K Fishman
    Abstract:

    Video "podcasting" is an Internet-based publication and syndication technology that is defined as the process of capturing, editing, distributing, and downloading audio, video, and general multimedia productions. The expanded capacity for visual components allows radiologists to view still and animated media. These image-viewing characteristics and the ease of widespread delivery are well suited for radiologic education. This article presents detailed information about how to generate and distribute a video podcast using a Macintosh Platform.

Viktor K. Decyk - One of the best experts on this subject based on the ideXlab platform.

  • Clúster de Cómputo “Enchufar y Listo” “Plug-and-Play ” Cluster Computing
    2015
    Co-Authors: Dean E. Dauger, Viktor K. Decyk
    Abstract:

    To achieve accessible computational power for our research goals, we developed the tools to build numerically-intensive parallel computing clusters on the Macintosh Platform. We find that the usability and reliability of the technology is as important as its per-formance. Our approach is designed to allow the user, without expertise in the operating system, to most effi-ciently develop and run parallel code, enabling the most effective advancement of scientific research. In this article we describe the design decisions we made to accomplish these goals and introduce the latest ap-plications of our approach. By “reinventing ” the clus-ter computer, we provide a unique solution designed to maximize access ib i l i ty for users

  • C LUSTER C OMPUTING PLUG-AND-PLAY CLUSTER COMPUTING: HIGH-PERFORMANCE COMPUTING FOR THE MAINSTREAM
    2012
    Co-Authors: Dean E. Dauger, Viktor K. Decyk
    Abstract:

    To achieve accessible computational power for their research goals, the authors developed the tools to build easy-to-use, numerically intensive parallel computing clusters using the Macintosh Platform. Their approach enables the user, without expertise in the operating system, to develop and run parallel code efficiently, maximizing the advancement of scientific research

  • International Conference on Computational Science (2) - “Plug-and-Play” cluster computing: HPC designed for the mainstream scientist
    Lecture Notes in Computer Science, 2005
    Co-Authors: Dean E. Dauger, Viktor K. Decyk
    Abstract:

    At UCLA's Plasma Physics Group, to achieve accessible computational power for our research goals, we developed the tools to build numerically-intensive parallel computing clusters on the Macintosh Platform. Our approach is designed to allow the user, without expertise in the operating system, to most efficiently develop and run parallel code, enabling the most effective advancement of scientific research. In this article we describe, in technical detail, the design decisions we made to accomplish these goals. We found it necessary for us to “reinvent” the cluster computer, creating a unique solution that maximizes accessibility for users. See: http://daugerresearch.com/.

  • Plug-and-play cluster computing: high-performance computing for the mainstream
    Computing in Science and Engineering, 2005
    Co-Authors: Dean E. Dauger, Viktor K. Decyk
    Abstract:

    To achieve accessible computational power for their research goals, the authors developed the tools to build easy-to-use, numerically intensive parallel computing clusters using the Macintosh Platform. Their approach enables the user, without expertise in the operating system, to develop and run parallel code efficiently, maximizing the advancement of scientific research. Accessible computing power has become the main motivation for cluster computing - some wish to tap the proliferation of desktop computers, while others seek clustering because they find access to large supercomputing centers to be difficult or unattainable. Both want to combine smaller machines to provide sufficient access to computational power. In this article, we describe our approach to cluster computing to best achieve these goals for scientific users and, ultimately, for the mainstream end user.