Table 3 Smallest and largest population transferred \(r_{s}^{T}\) at \(T=5\) as obtained with adjacency matrix \(H_{I}\) whose elements are randomly extracted from a uniform distribution defined over the interval \([-200,200]\). We consider 104 realisations of \(H_{I}\), showing that there is at least one matrix \(H_{I}\) leading to almost perfect transfer [cf. right-most column]
From: Efficient excitation-transfer across fully connected networks via local-energy optimization
γ⃗ | \(\text{min}(r^{T}_{s})\) | \(\text{max}(r^{T}_{s})\) |
|---|---|---|
\(\vec{\gamma}_{\text{ref}}\) | 0.833 | 0.999 |
\(\vec{1}\) | 0.630 | 0.999 |
\(\vec{0}\) | 0.036 | 0.999 |