将语音识别技术与集成电路检测相结合

P. Gavaskar, E. Maass, L. Weldy, H. Nguyen
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引用次数: 1

摘要

将语音识别技术应用到制造环境中,提供了一种先进实用的数据采集手段。无需使用劳动密集型的文书工作和数据输入,即可收集准确的实时数据。在摩托罗拉集成电路的制造过程中,语音技术已被证明在检查过程中是有益的,因为手和眼睛仍然忙于执行主要任务。语音激活数据输入系统(VADES)将语音识别技术与检查过程相结合,可以记录信息并将其输入数据库,而不会中断检查过程。这使生产效率提高了23%,消除了无增值的文书工作,并立即获得了检查信息。数据准确度达到100%。这个系统得到了检查员的好评。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrating voice recognition technology with inspection of integrated circuits
Applying voice recognition technology to a manufacturing environment has provided an advanced and practical means of data collection. Accurate real-time data are gathered without the use of labor-intensive paperwork and data entry. In the manufacturing of integrated circuits at Motorola, voice technology has proved to be beneficial in the inspection process, where hands and eyes remain busy performing the primary task. The integration of voice-recognition technology with the inspection process, as implemented in the Voice Activated Data Entry System (VADES), allowed the information to be recorded and entered into a database without interruption of the inspection process. This resulted in a 23% improvement in productivity, elimination of nonvalue-added clerical tasks, and immediate availability of inspection information. Data accuracy achieved was 100%. The system received excellent acceptance from the inspectors.<>
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