Advances, Systems and Applications
\({f}_{en}\left(t\right)\) | Objective function representing Residual energy |
\({f}_{PDR}\left(t\right)\) | Objective function representing PDR |
Ni | Ith Node |
\({\rho }_{i,j}\) | Pheromone information for the link (i,j) |
\({Nei}_{i}\) | Neighbor set for ith Node |
q | Number of elements in the cluster produced from k-means algorithm |
\(E\left(t\right)\) | Pheromone evaporation coefficient |
p | Number of feasible paths from source to destination node |
\({Seq}_{s}\) | Set of sequence numbers received at source node |
ct | Centroid of the cluster formed using k-means algorithm |
k | Number of neighbors |
Pr | Number of packets received |
\({\tau }_{i,j}\) | Heuristic information for the link (i,j) |
\({T}_{p}\) | Predicted time period for sequence numbers |
s | Slope of Line of Best Fit |
C.E | Energy consumed by the node |
\({\rho }_{i,{j}_{k}}\left(t\right)\) | Pheromone level |
R.E | Residual/Remaining |
c | Number of partitions required from k-means clustering |
Pd | Number of packets dropped |