After large-scale natural disasters, such as the Great East Japan Earthquake of 2011, the demand for communication increases and continuously changes due to fluctuating environmental factors and demand from people, seeking to confirm the safety of others and intending to organize forces to react to the disaster situation. However, it is likely that reaching the communication service is difficult because the communication infrastructure may be damaged or out of use. To provide information communication technology (ICT) services in such circumstances, we propose an ICT system with intelligence, which can adapt to continuously changing conditions in disaster situations. This system is realized by the implementation of the cyber physical system (CPS) to networks, and we explain its capabilities to provide ICT services in disaster situations. Moreover, we explain the field experiment in which we constructed a CPSequipped network in the Philippines. The successful results demonstrate the effectiveness and the feasibility of disaster-resilient CPS.

中文翻译：

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智能灾难响应网络的信息物理系统：概念建议和现场实验

2011年东日本大地震等大规模自然灾害后，由于环境因素的波动和人们的需求，通信需求增加并不断变化，寻求确认他人的安全并打算组织力量应对灾情。然而，由于通信基础设施可能被损坏或无法使用，因此可能难以获得通信服务。为了在这种情况下提供信息通信技术（ICT）服务，我们提出了一个具有智能的ICT系统，该系统可以适应灾害情况下不断变化的条件。该系统是通过在网络上实施网络物理系统（CPS）来实现的，我们将解释其在灾难情况下提供 ICT 服务的能力。而且，我们解释了我们在菲律宾构建了一个配备 CPS 的网络的现场实验。成功的结果证明了抗灾 CPS 的有效性和可行性。