Sentence examples for computationally beneficial from inspiring English sources
A specific implementation of this framework is outlined that communicates structure from the GAMS modeling system to appropriate solvers in a computationally beneficial manner.
The results state that the combination is computationally beneficial for the search and represents a considerable step forward in this field with respect to exact and other heuristic techniques.
It is computationally beneficial to restrict 𝒩fea i to only a fixed number of the closest voxel neighbors.
The choice of K=10 is computationally beneficial given that even for such low K, the score for the next optimal solution drops off fast at lower γ, but for γ=0.5 the optimal score only changes by 0.02% (from 16774.7 to 16771.2) after 50000 solutions are considered.
This "human-in-the-loop" can be beneficial in solving computationally hard problems, e.g., subspace clustering, protein folding, or k-anonymization of health data, where human expertise can help to reduce an exponential search space through heuristic selection of samples.
Therefore, some form of data reduction strategy is beneficial before running computationally intensive homology searches.
Furthermore, existing design frameworks are often very computationally expensive, and it is not beneficial to shorten the time to market.
Because the SVM classification of sequences is also computationally the most time consuming, it is beneficial for the overall speed of the algorithm to place it at the end of the daisy chain.
To solve a large computationally intensive problem, a cluster of several low capacity machines is more beneficial in terms of cost and performance compared to a high capacity machine.
Although the problem of finding the parsimony score on the network is believed to be computationally hard to solve, heuristics such as the ones described here would be beneficial in our efforts to find a most parsimonious network.
Our phylodynamic simulations required that a proportion of non-antigenic mutations were beneficial rather than deleterious because of the finite number of hosts we were computationally able to simulate.
