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Near-Neighbor Based Systems Engineering of Swarming Networks: A Case Study

机译:基于邻邻的群体系统工程:案例研究

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Traditional systems engineering is tailored to systems with complex subsystems having well-described physical and functional attributes and interfaces. Moreover, a network system generally features precisely defined communication signal and data protocols. We submit that development of swarming networks that do not exhibit such discrete linear attributes represents a new class of systems that can benefit from a new approach to systems engineering methodology. We will describe the new systems engineering concept of “near-neighbor interaction zones” for systems engineering processes and apply this approach to a case study of one such system, an automated swarming intrusion detection network to alleviate the monitoring burden on security operators. The result is a large-scale complex system that is potentially more tractable and efficient to develop and operate from a human cognition perspective.
机译:传统的系统工程为具有良好描述的物理和功能属性和接口的复杂子系统的系统量身定制。此外,网络系统通常具有精确定义的通信信号和数据协议。我们提交不展示这种离散线性属性的蜂鸣网络的开发代表了一种新的系统,可以从系统工程方法的新方法中受益。我们将描述系统工程流程的“近邻互动区域”的新系统工程概念,并将这种方法应用于一个这样的系统的案例研究,这是一种自动化的蜂鸣入侵检测网络,以减轻安全运营商的监测负担。结果是一种大规模的复杂系统,可以从人类认知角度开发和运营的潜在更具易行和有效。

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