Global forward-predicting dynamic routing for traffic concurrency space stereo multi-layer scale-free network
Xie Wei-Hao†a), Zhou Bina), Liu En-Xiaoa), Lu Wei-Dangb), Zhou Tingc)
       
The packet distribution versus node degree for different routing strategies. (a) The packet probability distribution P ( k ) versus node degree K for HMDQ routing strategy and efficient routing strategy, (b) the packet probability distribution P ( k ) versus node degree K for HMQ strategy and global dynamic routing strategy, (c) the packet number distribution n ( k ) versus node degree K for HMDQ routing strategy and efficient routing strategy, (d) the packet number distribution n ( k ) versus node degree K for HMQ strategy and global dynamic routing strategy. The network size N = 500, C = 2, 〈 K upper layer〉 = 8, 〈 K inter-layer〉 = 4, and R c < R = 30.