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New mobile mesh to help prevent the spread of COVID-19 in care homes

机译：新移动网格可以帮助防止Covid-19在护理家庭中的传播

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摘要

A mesh network is a collection of smartphones and loT devices that are connected directly to each other, in a device-to-device (d2d) mode and decentralised topology. The network is created without the need for traffic to be passed through a centralised set of nodes, as in a traditional wireless network comprising of base stations, Wi-Fi access points and core networks. Instead, the traffic hops from smartphone directly to other smartphones and loT devices within a certain proximity of each other to find the quickest and easiest route to deliver notifications, alerts and other content quickly and reliably, while also accurately measuring social distancing. This also means that the mesh network can carry traffic in areas where the traditional networks are congested or there is no coverage. Each smartphone can connect with up to six other devices within range, using the inherent peer-to-peer (p2p) capability of smartphones, including Wi-Fi Direct and p2p Wi-Fi protocols. Each of those six other devices can connect to up to another six devices, and so on, creating a mass expansive, robust and self-healing, resilient mesh network through multi-hop routing. As a device leaves the mesh, routing is automatically re-directed through the most optimal course to ensure integrity. The mesh technology routing algorithm uses evolutionary game theory modelling to intelligently select the routing, based on optimal resiliency, as well as device battery charge.
机译：网状网络是在设备到设备（D2D）模式和分散拓扑中直接连接到彼此连接的智能手机和批次设备的集合。创建网络而不需要通过集中式节点集的流量，如传统的无线网络中，包括基站，Wi-Fi接入点和核心网络。相反，智能手机的交通跃点直接到其他智能手机和批次设备，以确定最快和最简单，最简单的路线，可以快速可靠地传送通知，警报和其他内容，同时还准确测量社会疏远。这也意味着网格网络可以在传统网络拥塞或没有覆盖范围内携带流量。每个智能手机都可以使用智能手机固有的对等（P2P）能力，包括Wi-Fi Direct和P2P Wi-Fi协议的固有的对等（P2P）能力在范围内连接到六个其他设备。这些六个其他设备中的每一个都可以通过多跳路由来连接到另外六个设备，依此类推，依此类推，创建大规模膨胀，鲁棒和自我修复，弹性网状网络。由于设备离开网格，路由通过最佳课程自动重新定向以确保完整性。网格技术路由算法采用进化博弈论模型来智能地选择路由，基于最佳弹性，以及设备电池充电。

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