Exact(2)
All nodes in the same component have the same minimum diffusion speed.
(frac{n_{v_i } -1}{mathrm{LGD}_{v_i } }) is the minimum diffusion speed of the component to which (v_i ) belongs.
Similar(58)
G VV, E) has the lowest diffusion speed if it comprised a chain structure (with minimum component size (mathrm{LGD}+1)) and other fully disconnected nodes.
Diffusion speed indicates how fast entities are diffused between nodes.
Fully disconnected nodes have the lowest diffusion speed.
There are cases that the diffusion speed is the same for several diffusion bins.
We design three metrics to assess system homogeneity, diffusion speed, and diffusion scale, and investigate their performance over complex systems.
The larger the (mathrm{NEMS}) is, the higher diffusion speed does G( V, E) have.
The shorter path length is generally associated with lower converged adoption rate and higher diffusion speed.
Six network performance metrics, including four new metrics, are applied to quantify networks' diffusion speed, diffusion scale, homogeneity, and diameter.
For a component, a chain structure has the lowest diffusion speed.
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