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In contrast, PATH-DR gives the largest path lifetimes.
At a given depth of the tree, it extends all possible paths and retains the M paths with the highest likelihood (or largest path metrics).
We assume that (m!left ({mathbf {b}}_{1}^{n}right)_{{mathbf {d}}_{1}^{(1)}}) is the largest path metric at this step, and thus ({mathbf {d}}^{(1)}_{ast }={mathbf {d}}_{1}^{(1)}), indicating that the first channel tap is active.
The level of a vertex v in a rooted tree T is simply the length of the path from r to v. The path with the largest path length from the root to a leaf is denoted as h.
The largest path length (16) in ChEBI linked all drugs, whereas the smallest (2) linked only the most similar.
Similar(55)
PATH-DR yields the largest paths because it aims at maximizing the PDR, as we also observed in Section 7. The Hop count metric minimizes the path length.
This technique works well for small areas, but for a large path you may want to rent a power tamper from a tool store.
Generally, longer distance results in larger path loss.
However, the existing multi-port server based architectures suffer from determined scale and large path length.
The direct links from BS to the UTs are neglected assuming large path loss.
Also, for a given d < R, the SINR is higher for a larger path loss exponent α.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com