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Towards Systems Resilience

机译:迈向系统弹性

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Some systems are resilient – they recover from unanticipated large scale perturbations and continue to exist – while others are not. We started a new project called “Systems Resilience” that aims to study underlying principles of resilience. We study a wide variety of domains, such as biology, ecology, economics, engineering, sociology, and business management, and extract common characteristics that differentiate resilient systems from non-resilient ones. We are building a mathematical model to represent these characteristics and to quantify resilience. Some systems are resilient – they recover from unanticipated large scale perturbations and continue to exist – while others are not. We started a new project called “Systems Resilience” that aims to study underlying principles of resilience. We study a wide variety of domains, such as biology, ecology, economics, engineering, sociology, and business management, and extract common characteristics that differentiate resilient systems from non-resilient ones.
机译:有些系统具有弹性-从意外的大规模扰动中恢复并继续存在-而其他系统则没有。我们启动了一个名为“系统弹性”的新项目,旨在研究弹性的基本原理。我们研究了广泛的领域,例如生物学,生态学,经济学,工程学,社会学和商业管理,并提取了区分弹性系统和非弹性系统的共同特征。我们正在建立一个数学模型来表示这些特征并量化回弹力。有些系统具有弹性-从意外的大规模扰动中恢复并继续存在-而其他系统则没有。我们启动了一个名为“系统弹性”的新项目,旨在研究弹性的基本原理。我们研究了广泛的领域,例如生物学,生态学,经济学,工程学,社会学和商业管理,并提取了区分弹性系统和非弹性系统的共同特征。

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