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This paper presents a pipelined forwarding scheme with energy balance for hexagonal wireless sensor networks (H‐WSN). An H‐WSN consists of hexagonal clusters in which the distance between any two cluster heads is , where R is the radius of a hexagonal cluster. A trade‐off exists in pipelined forwarding for an H‐WSN; that is, reducing pipeline lengths can decrease data forwarding delay, but it will...
This paper presents pipelined forwarding with energy balance for hexagonal wireless sensor networks (H-WSN). An H-WSN consists of hexagonal clusters in which the distance between any two cluster heads is √3 × R, where R is the radius of a hexagonal cluster. A trade-off exists in pipelined forwarding for an H-WSN; i.e., reducing pipeline length can decrease data forwarding delay, but it will adversely...
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