Architecture for long-life information networks with high recuperative power

计算机网络遭受各种故障。当数据包传输失败时，必须重新传输。为了科普数据包传输、路由选择等故障，需要准备额外的网络资源来保持网络的活力。当网络根据用户需求为业务流提供足够的资源时，可以获得网络弹性。在这项研究中，我们研究了弹性网络的网络资源估计方法。从无线网络中的能量节省、节点和链路故障恢复等角度研究了长生命周期信息网络的体系结构。

Computer networks are suffered from all kinds of failures. When a packet fails in transmission, it has to be retransmitted. In order to cope with failures such as packet transmission, route selection, we need to prepare extra network resources for keeping network alive. Network resilience can be obtained when network provides enough resources for traffic flows depending on users demands. In this research, we have investigated the method to estimate network resources for resilient networks. Architecture for long-life information networks has been investigated from the view points of energy saving, resilience against node and link failures in wireless networks.