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A system design and build course on wearable computers

机译:可穿戴计算机的系统设计和构建课程

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With the advent of rapid design methodologies and rapid fabrication technologies, it is possible to construct fully customized systems in a matter of months. Carnegie Mellon's innovative course on Rapid Prototyping of Wearable Computers has developed a new class of computing systems with a small footprint that can be carried or worn by a human and be able to interact with computer-augmented environments. This paper describes and compares several generations of CMU wearable computers for speech recognition. A metric for comparison of wearable computers has been introduced, indicating almost five orders of magnitude improvements in performances of our wearable computer running speech recognition applications.
机译:随着快速设计方法和快速制造技术的出现,可以在几个月内构建完全定制的系统。 Carnegie Mellon在可穿戴计算机的快速原型设计的创新课程开发了一类新的计算系统,具有较小的占地面积,可以由人类携带或佩戴,并能够与计算机增强的环境进行交互。本文介绍了几代CMU可穿戴计算机进行语音识别。介绍了可穿戴计算机比较的度量,表明我们可穿戴计算机运行语音识别应用的可穿戴计算机的性能的几乎五个数量级。

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