龙年协同虚拟环境

Samuli Pekkola, M. Robinson, Markku-Juhani O. Saarinen, Jonni Korhonen, Saku Hujala, T. Toivonen
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引用次数: 17

摘要

对于从CVE到CVE的扩展,提出了三个建议:对他人的感知、多媒体和可伸缩性。意识到他人及其活动在所有媒体和应用程序中都是非常需要的,而不仅仅是在CVE中。在现有的CVE中,多媒体并没有得到很好的满足,在流行的应用程序出现之前,会有一个合适的体系结构。CVE需要扩展到更多的人,实现这一点也意味着更大的灵活性和可重构性。关于其他人的意识,我们认为Web和大多数文档处理应用程序不知道工作组或社区中的其他人,这限制了支持实际工作实践的能力。我们提出了一个Web应用程序(CRACK!),它提供了Web中的“人的意识”,在Web和VR之间,它应该可以扩展到其他标准文档处理程序。关于多媒体,我们认为协作需要多种媒体,因为每种媒体都有其特殊的好处和能力。我们提出了一个可扩展的架构,用于处理多种媒体(VR、视频、音频、文本和文档)。该体系结构的一个重要特性是表示级集成。关于可扩展性,我们注意到向上的可扩展性很重要,因为它也提供了一种新的能力来连接,重新划分,从而创造新的“世界”。给出了一种实现向上可扩展性的动态分区算法的实例。我们认为,在实现多媒体CVE的过程中,“向下”可扩展性(例如移动设备)和“横向”可扩展性(例如音频或视频设备)是很重要的。总的来说,这些创新可能会刺激新一代的CVE。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Collaborative virtual environments in the year of the dragon
Three suggestions are made for extensions from and to CVE's: awareness of others, multiple media, and scalability. Awareness of others and their activities is strongly desirable in all media and applications, not just in CVE's. Multiple media are not seriously catered for in existing CVE's, and a suitable architecture will precede popular applications. CVE's need to be scalable to greater numbers of people, and achieving this also has implications for greater flexibility and reconfigurability. With respect to awareness of others, we argue that the Web and most document handling applications are unaware of others in the workgroup or community, and this limits the ability to support real work practice. We present a Web application (CRACK!) that provides 'people-awareness' in the Web, between the Web and VR's, and that should be extensible to other standard document handling programs. With respect to multiple media, we argue that many media are needed for collaboration, since each has its own special benefits and affordances. We present a scalable architecture for handling multiple media (VR, video, audio, text, and documents). An important feature of the architecture is that the presentation level integration. With respect to scalability we note that upward scalability is important as it also gives a new ability to join, re-divide, and thus create new 'worlds'. We give an example of a novel dynamic partitioning algorithm to achieve upward scalability. We argue that 'downward' scalability to e.g. mobiles, and 'sideways scalability' to specialist e.g. audio or video devices is important in achieving multiple media CVE's. Taken together, these innovations may stimulate new generations of CVE's.
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