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Notional examples and benchmark aspects of a resilient control system

机译：弹性控制系统的符号示例和基准方面

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Digital control system technology has pervaded most industries, leading to improvements in the efficiency and reliability of the associated operations. However, the ease of distributing and connecting related control systems for the purposes of increasing performance has resulted in interdependencies that can lead to unexpected conditions. Even with less complex designs, operators and engineers alike are often left with competing goals that are difficult to resolve. A fundamental reason for this dichotomy is that responsibilities lie with different disciplines, and operations are hosted on separate control systems. In addition, with the rising awareness of cyber security and diverse human interactions with control systems, an understanding of human actions from a malicious and benevolent standpoint is necessary. Resilience considers the multiple facets of requirements that drive the performance of control systems in a holistic fashion, whether they are security or stability, stability or efficiency, human interactions or complex interdependencies. As will be shown by example, current research philosophies lack the depth or the focus on the control system application to satisfy these requirements, such as graceful degradation of hierarchical control while under cyber attack. A resilient control system promises to purposefully consider these diverse requirements, developing an adaptive capacity to complex events that can lead to failure of traditional control system designs.
机译：数字控制系统技术已经遍及大多数行业，导致相关操作的效率和可靠性提高。然而，为了提高性能的目的，可以易于分配和连接相关的控制系统导致相互依赖性可能导致意外情况。即使设计不太复杂，运营商和工程师也常常留下竞争目标，难以解决。这种二分法的根本原因是责任用不同的学科，并且在单独的控制系统上托管运营。此外，随着网络安全的认识和与控制系统的不同人类互动的认识，有必要了解对恶意和仁的角度来说的人类行为。恢复力考虑了在整体时尚中推动控制系统的性能的多个方面，无论是安全性还是稳定，稳定性，效率，人类互动或复杂的相互依赖性。如将示出的，目前的研究哲学缺乏对控制系统应用的深度或重点，以满足这些要求，例如在网络攻击下的分层控制的优雅降低。弹性控制系统承诺有目的地考虑这些不同的要求，开发适应性的复杂事件，这可能导致传统的控制系统设计失败。

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