Labelling With Silicon One-conductor, Nonvolatile Memory Technology For Attaching Digital Data To Objects

M. Bolan
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引用次数: 0

Abstract

The concept of labelling is simple. Information accompanies an object to supply on-the-spot data to whomever needs it. Computer-readable labels offer even greater value because of the speed and accuracy with which information can be read. However, the need to keep information current on the labels in a dynarmc process begs for a more powerful medium than paper labels, which must be removed, re-printed, and replaced in order to be updated. Just as word processing has revolutionized the writing process by facilitating editing and subsequent communication, silicon will change the role of labels in the design of a modem data collection system. Chip-based labels become instant sources of digital information for the objects they escort.
标签用硅单导体,非易失性存储技术附加数字数据到对象
标签的概念很简单。信息伴随着一个对象,为任何需要它的人提供现场数据。计算机可读的标签由于其读取信息的速度和准确性而提供了更大的价值。然而,为了在动态过程中保持标签上信息的最新状态,需要一种比纸质标签更强大的媒介,因为纸质标签必须被移除、重新打印和替换才能更新。正如文字处理通过促进编辑和随后的交流而彻底改变了写作过程一样,硅将改变标签在现代数据收集系统设计中的作用。基于芯片的标签成为它们所保护的对象的即时数字信息来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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