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Control in an Information Rich World: Report of the Panel on Future Directions in Control, Dynamics, and Systems

机译:信息丰富世界中的控制:控制,动力学和系统的未来方向小组报告

摘要

The field of control provides the principles and methods used to design engineering systems that maintain desirable performance by automatically adapting to changes in the environment. Over the last forty years the field has seen huge advances, leveraging technology improvements in sensing and computation with breakthroughs in the underlying principles and mathematics. Control systems now play critical roles in many fields, including manufacturing, electronics, communications, transportation,udcomputers and networks, and many military systems. ududAs we begin the 21st Century, the opportunities to apply control principles and methods are exploding. Computation, communication and sensing are becoming increasingly inexpensive and ubiquitous, with more and more devices including embedded processors, sensors, and networking hardware. This will make possible the development of machines with a degree of intelligence and reactivity that will influence nearly every aspect of life on this planet, including not just the products available, but the very environment in which we live. ududNew developments in this increasingly information rich world will require a significant expansion of the basic tool sets of control. The complexity of the control ideas involved in the operation of the Internet, semi-autonomous command and control systems, and enterprise-wide supply chain management, for example, are on the boundary of what can be done with available methods. Future applications in aerospace and transportation, information and networks, robotics and intelligent machines, biology and medicine, and materials and processing will create systems that are well beyond our current levels of complexity, and new research is required to enable such developments. ududThe purpose of this report is to spell out some of the prospects for control in the current and future technological environment, to describe the role the field will play in military, commercial, and scientific applications over the next decade, and to recommend actions required to enable new breakthroughs in engineering and technology through application of control research.
机译:控制领域提供了用于设计工程系统的原理和方法,这些系统通过自动适应环境变化来维持理想的性能。在过去的四十年中,该领域取得了巨大的进步,利用传感和计算技术的进步以及基本原理和数学上的突破。控制系统现在在许多领域都发挥着关键作用,包括制造,电子,通信,运输,计算机和网络以及许多军事系统。 ud ud随着我们进入21世纪,应用控制原理和方法的机会正在激增。随着越来越多的设备包括嵌入式处理器,传感器和网络硬件,计算,通信和传感变得越来越便宜和普及。这将使具有一定程度的智能和反应性的机器的开发成为可能,这将影响到地球上几乎所有生活方面,不仅包括可用的产品,还包括我们生活的环境。在这个信息日益丰富的世界中,新的发展将需要对基本工具集进行重大扩展。例如,Internet,半自治命令和控制系统以及企业范围内的供应链管理所涉及的控制思想的复杂性,就可以用可用方法来完成。未来在航空航天和运输,信息和网络,机器人技术和智能机器,生物学和医学以及材料和加工中的应用将创造出远远超出我们当前复杂性水平的系统,并且需要进行新的研究以实现这种发展。 ud ud本报告的目的是阐明当前和未来技术环境中的一些控制前景,描述该领域在未来十年中将在军事,商业和科学应用中扮演的角色,并提出建议通过应用控制研究实现工程技术上的新突破所需的行动。

著录项

  • 作者

    Murray Richard M.;

  • 作者单位
  • 年度 2002
  • 总页数
  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
  • 中图分类

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