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A project oriented design and build course on wearable computers

机译:可穿戴式计算机上面向项目的设计和构建课程

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This paper describes the design methodology and illustrates its effectiveness by evaluating several examples of wearable computers in respect to media types and degree of collaboration that they can support. Carnegie Mellon University has developed an Interdisciplinary Concurrent Design Methodology (ICDM) that takes teams of electrical engineers, mechanical engineers, computer scientists, industrial designers, and human computer interaction students that work with an end-user to generate a complete prototype system during a four-month long course. The methodology is web-based and defines intermediary design products that document the evolution of the design. These products are posted on the web so that even remote designers and end-users can participate in the design activities. We present a comparison of wearable computers and show that their capabilities have increased significantly. Important aspects include the types of data representation and the degree of collaboration.
机译:本文介绍了该设计方法,并通过评估可穿戴计算机在支持的媒体类型和协作程度方面的几个示例来说明其有效性。卡内基梅隆大学开发了一种跨学科并行设计方法学(ICDM),该技术使电气工程师,机械工程师,计算机科学家,工业设计师和人机交互学生团队与最终用户一起工作,以在四个阶段内生成完整的原型系统。个月的课程。该方法是基于Web的,并定义了记录设计发展过程的中间设计产品。这些产品已发布在网络上,因此,即使是远程设计师和最终用户也可以参与设计活动。我们对可穿戴计算机进行了比较,并显示它们的功能已大大提高。重要方面包括数据表示的类型和协作程度。

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