Multi-factor balanced overlapping non-uniform clustering WSN balanced data transmission method
A technology for non-uniform clustering and data balancing. It is applied in network traffic/resource management, electrical components, wireless communication, etc. It can solve the problems of short network life and inability to fully balance node energy consumption.
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Embodiment 1
[0063] The following is an introduction to Embodiment 1 of a multi-factor balanced overlapping non-uniform clustering WSN balanced data transmission method provided by this application, see figure 1 , embodiment one includes:
[0064] S101. Using an overlapping non-uniform clustering method to cluster the nodes in the monitoring area to obtain multiple clusters, and overlapping areas exist between the multiple clusters;
[0065] S102. For each overlapping area, select a node whose residual energy is higher than a first energy threshold from the nodes located in the overlapping area as a transit node in the overlapping area;
[0066] S103. For each cluster, select the cluster head node of the cluster by supervising and comprehensively considering the relative density, relative residual energy and centripetal rate of the nodes in the cluster;
[0067] S104. Control the member nodes of the target cluster to send the monitoring data to the cluster head nodes of the target cluster...
Embodiment 2
[0080] see Figure 4 , embodiment two specifically includes:
[0081] S401. Cluster the nodes in the monitoring area by using an overlapping non-uniform clustering method to obtain multiple clusters, and overlapping areas exist between the multiple clusters;
[0082] S402. For each overlapping area, select a node whose residual energy is higher than the first energy threshold from the nodes located in the overlapping area as a transit node in the overlapping area;
[0083] S403. For each cluster, select a cluster head node of the cluster;
[0084] S404. Control the member nodes of the target cluster to send the monitoring data to the cluster head nodes of the target cluster, and control the cluster head nodes of the target cluster to perform data fusion on the monitoring data;
[0085] S405. Using the cluster head node of the target cluster as the starting point for inter-cluster data transmission, select a next-hop node according to the current node, and transmit the fused ...
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