The phrase "an increasing path" is correct and usable in written English.
It can be used in contexts such as mathematics, computer science, or any field discussing growth or progression over time or space.
Example: "The algorithm follows an increasing path to optimize the solution as it iterates through the data set."
Alternatives: "a growing trajectory" or "an ascending route".
The characteristic path length is an indicator of network resilience, in that connectivity decreases with increasing path length.
At all viewing distances, thresholds improve with increasing path length of motion.
For each KO performed, the number of completely broken paths as well as the number of paths perturbed as a result of increased path cost was calculated.
In our experiments we found that allowing peers to forward to other neighbors is seldom useful, since during a message-dropping attack greatly increased path lengths almost always include at least one malicious peer.
In the analysis of weighted networks derived from resting-state MEG data, the study showed a decreased clustering coefficient and increased path length in the patients with AD [79].
The rays are focused in the back plane of the objective, where they pass through a composite prism that is isotropic at the midpoint, with an increasing optical path difference away from the midpoint.
The ratio of flow path length and flow path gradient, previously suggested as a proxy of mean water transit time, exerted a relatively strong control on dissolved inorganic nitrogen fluxes (VIP > 1) with a negative relation to dissolved inorganic nitrogen fluxes, suggesting that dissolved inorganic nitrogen fluxes decrease with an increasing flow path gradient.
This reduction is due to the increased path loss.
Univariate analysis revealed increased path use among married, low educated, and retired individuals.
But classical Monte-Carlo algorithms first sample optical thicknesses and then determine absorption or scattering locations by inverting the formal integral definition of optical thickness as an increasing function of path length.
