PDF(2144 KB)
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(普通节点与中继节点的距离为5~15 m、中继节点与集中器距离设置为20~30 m时)
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","titleEn":"Fig.6 Impact of the number of deployed dual-mode devices on performance in short-range communication scenarios (distance between ordinary and relay nodes is 5-15 m; distance between relay nodes and the concentrator is 20-30 m)","titleCn":"图6 近距离通信场景下部署双模设备数量对性能的影响","id":"F6","captionEn":"(普通节点与中继节点的距离为50~150 m、中继节点与集中器距离设置为200~300 m时)
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","titleEn":"Fig.7 Impact of the number of deployed dual-mode devices on performance in long-range communication scenarios (distance between ordinary and relay nodes is 50-150 m; distance between relay nodes and the concentrator is 200-300 m)","titleCn":"图7 远距离通信场景下部署双模设备数量对性能的影响","id":"F7","captionEn":"
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An optimized deployment scheme for dual-mode communication nodes in smart distribution grids
You LI, Yan HUO, Zhongguo ZHOU, Qinghe GAO, Tao YAN, Tao JING
PDF(2144 KB)
PDF(2144 KB)
An optimized deployment scheme for dual-mode communication nodes in smart distribution grids
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