Distribution | WSN efficiency evaluation | Intruder detection evaluation | Final recommendation | ||
---|---|---|---|---|---|
Gaussian | Control data size | HP | Â | Â | Â |
 | Number of hops | HP | Without considering distant | HP |  |
 | Packet loss HP |  |  |  |  |
 | End-to-end delay | LPR2 |  |  |  |
 | Throughput | HP | With considering distant | HP |  |
 | General efficiency | HP |  |  |  |
Uniform | Control data size | LPR2 | Â | Â | Using Gaussian |
 | Number of hops | LPR2 | Without considering distant | LPR2 | to distribute the |
 | Packet loss | LPR2 |  |  | sensors in WSN |
 | End-to-end delay | HP |  |  | gives the best |
 | Throughput | LPR2 | With considering distant | LPR2 | performance as |
 | General efficiency | LPR2 |  |  | regards intruder detection |
Beta | Control data size | LPR3 | Â | Â | probability and overall |
 | Number of hops | LPR3 | Without considering distant | LPR3 | WSN efficiency, |
 | Packet loss | LPR3 |  |  | then uniform, beta, |
 | End-to-end delay | LPR3 |  |  | and chi-square |
 | Throughput | LPR3 | With considering distant | LPR3 |  |
 | General efficiency | LP |  |  |  |
Chi-square | Control data size | LP | Â | Â | Â |
 | Number of hops | LP | Without considering distant | LP |  |
 | Packet loss | LP |  |  |  |
 | End-to-end delay | LP |  |  |  |
 | Throughput | LP | With considering distant | LP |  |
 | General efficiency | LP |  |  |  |