Sentence examples for the cost of solving from inspiring English sources
While many heuristics, such as Manhattan distance, compute the cost of solving individual subgoals independently, pattern databases consider the cost of solving multiple subgoals simultaneously.
The cost of solving construction problems like these can be staggering, hitting particularly hard in a middle-class building.
The additional computational cost of the over-integration is found insignificant compared to the cost of solving the Laplace problem.
The computational complexity of these algorithms is essentially n times the cost of solving one second-order equation.
"If you can identify that someone has heart disease, for example, the cost of solving it before it becomes a big-ticket health care cost is very minor," Ms. Sewing said.
Yet, the cost of Kyoto, for the United States alone, will be higher than the cost of solving the world's single most pressing health problem: providing universal access to clean drinking water and sanitation.
Despite the trouble and presumed expense to which she goes to solve mysteries, Nancy never accepts monetary compensation; however, by implication, her expenses are often being paid by a client of her father's, as part of the costs of solving one of his cases.
The structural design of a social franchise allows one to determine separately the costs of solving public policy problems of subsidizing access and enhancing quality.
The stochastic computational model needs to be executed many times to assess the average behaviour of the system for a given set of parameter values, and therefore the computational cost of solving the stochastic model will generally be greater than that of the deterministic model.
We further supposed that the extra cost of solving the Parallelogram q-hits Chaining Problem would be smaller for higher values of threshold p. What Table 1 shows us is in agreement with these expectations, since for the cases in which d/ L ≥ 10% and p/ L ≥ 25%, we obtain a selectiveness improvement of 69% in contrast to a time slowdown of 20%.
Therefore, this method can considerably reduce the computational cost of solving for heads and velocities, which is crucial for large-scale 3D groundwater simulations.
