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Information communication and perception in distance collaborative design between the two sides of Taiwan Strait

机译：台湾海峡两岸距离协作设计信息通信和感知

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The scale of Taiwan manufacture is largely small and medium, which limits its degree of information technology (IT) implementation. This low IT-readiness situation is compounded by the fact that the operational environment for distant collaboration in R&D has not been successfully implemented as planned. As a result, collaborative product development between Taiwan and China remains to be carried out by staffs traveling in person between the two sides of Taiwan Strait. The extensive travels add to the cost of the development and greatly hinder the timeliness of product launch. To overcome the obstacles similar to information representation and communication, we first obtained the appearance of the 3D digital models arisen from the designing stage treated to have appearance images, which were then edited into three kinds of information, including series of static images, QTVR, and VRML interactive objects, for further transmission. Finally, the planning personnel, designers, and production engineers evaluated the results of the distant communication with regard to the design information through a distant interface. The aim is, through the vivid images of virtual products transmitted on the Internet, to understand the difference of information cognition between various forms of media. The results indicate that, although the more advanced interactive medium is favored, the series of still images of products appearances, which are easier and cheaper to produce and require less bandwidth, is also effective. For this reason, SMEs, which are relatively resource-restrictive, can employ the model and results of the present research to handle the issues of information communication arisen from conducting distance collaboration for products development.
机译：台湾制造规模主要是小且媒介，这限制了其信息技术（IT）实施。这种低IT准备情况是通过如计划中的遥远合作的操作环境尚未成功实施。因此，台湾与中国之间的协作产品开发仍然是由台湾海峡两岸的人员旅行的工作人员进行。广泛的旅行增加了开发成本，极大地阻碍了产品发布的及时性。为了克服类似于信息表示和通信的障碍，我们首先获得从处理的设计阶段出现的3D数字模型的外观，然后将其被编辑成三种信息，包括一系列静态图像，QTVR，和VRML交互式对象，用于进一步传输。最后，规划人员，设计师和生产工程师通过远程接口评估了关于设计信息的远程通信的结果。目的是通过互联网上传输的虚拟产品的生动图像，了解各种形式的媒体之间的信息认知的差异。结果表明，虽然更先进的互动媒体受到青睐，但产品出场的静止图像仍然是更容易和更便宜的，并且需要更少的带宽，也是有效的。因此，具有相对资源限制的中小企业可以采用本研究的模型和结果，以处理来自对产品开发的距离协作产生的信息通信问题。

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