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Interplanetary communications network, interplanetary communications network backbone and method of managing interplanetary communications network

机译:星际通信网络,星际通信网络主干和管理星际通信网络的方法

摘要

An interplanetary communications network, an interplanetary communications backbone network of Artificial Neural Network (ANN) nodes, an ANN node and a method of managing interplanetary communications. The backbone network operates as a neural network with each node identifying optimum paths, e.g., end-to-end through the backbone network from a distant planet to an earth node. Each node maintains a window matrix identifying reoccurring (e.g., periodically) communications windows between nodes and a propagation delay matrix identifying time varying propagation delays between nodes. Each node determines whether and how long to store packets locally to minimize path delays. Each node also maintains a link cost matrix indicating the cost of links to neighboring nodes and further determines whether and how long to store packets locally to minimize path delays at minimal link cost.
机译:星际通信网络,人工神经网络(ANN)节点的星际通信骨干网,ANN节点以及管理星际通信的方法。骨干网络用作神经网络,其中每个节点标识最佳路径,例如,通过骨干网络从遥远的行星到地球节点的端到端。每个节点维护一个窗口矩阵,该窗口矩阵标识节点之间的重复发生(例如,周期性地)通信窗口;以及一个传播延迟矩阵,标识节点之间的时变传播延迟。每个节点确定是否以及在本地存储数据包多长时间以最小化路径延迟。每个节点还维护一个链路成本矩阵,该矩阵指示到相邻节点的链路成本,并进一步确定是否在本地存储数据包以及在本地存储数据多长时间,以最小的链路成本将路径延迟最小化。

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