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A Vision Toward Self-renewing Intelligent Thin Film Media and Modular Storage Systems

机译:自我更新的智能薄膜媒体和模块化存储系统的愿景

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摘要

Scientists in a variety of fields assemble molecules to form new physical structures. Selected molecules can be equipped with memory, responsiveness, and sensory characteristics and designed to engage in constructive pursuits. Investigation and analysis of the potential composition and arrangement of these molecules should reveal their appropriate uses consistent with our understanding of their potential significance. This investigation focuses on storage technologies as they make human knowledge and experience not only accessible, but also repeatable. In the not too distant future, we may employ designer molecules equipped to sense, diagnose, trigger, scavenge, purge, protect, and heal the memory in which they are embedded. We shall briefly consider the enabling technologies and their potential to respond to our growing storage needs while keeping in mind the criteria that inspired current storage system designs, and if they are to be made intelligent, how that might be done.
机译:各个领域的科学家组装分子以形成新的物理结构。选定的分子可以具有记忆力,反应性和感觉特性,并可以进行建设性的追求。对这些分子的潜在组成和排列进行的调查和分析应揭示出它们的适当用途,这与我们对它们的潜在意义的理解相符。这项研究的重点是存储技术,因为它们不仅使人类的知识和经验易于访问,而且具有可重复性。在不久的将来,我们可能会使用设计分子来检测,诊断,触发,清除,清除,保护和修复嵌入它们的内存。我们将简要考虑支持技术及其对我们不断增长的存储需求做出响应的潜力,同时牢记激发当前存储系统设计灵感的标准,以及如何使其变得智能化,该如何实现。

著录项

  • 来源
    《SMPTE Journal》 |2002年第5期|p.219-229|共11页
  • 作者

    Ed H. Zwaneveld;

  • 作者单位

    National Film Board of Canada, St., Laurent, Que., Canada;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 摄影技术;
  • 关键词

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