Sentence examples for evaluation of cpu from inspiring English sources
The ESCAPE (effectiveness and safety of chest pain evaluation to prevent emergency admission) trial was a randomised controlled trial and economic evaluation of CPU versus routine care that showed that CPU care was associated with reduced hospital admission [ 15], improved health utility [ 15] and improved patient satisfaction [ 16], and was likely to be considered cost-effective [ 15].
Evaluation of CPU care has focussed upon cardiac events, process measures and economic measures [ 9].
The configuration of this part is the same as Section 5.1.1 and the evaluation is done in terms of CPU time.
In this table, we use the following denotations: Dim: the dimension of the objective function; GV: the gradient value of the objective function when the algorithm stops; NI: the number of iterations; NF: the number of function evaluations; CT: the run time of CPU; CBFGS: the CBFGS method associated with Armijo line search rule; NCBFGS: the new BFGS method proposed in this paper.
This approach is suboptimal in terms of CPU-resource consumption: evaluation of the full path probability is generally useless as the intermediate scores could be sufficient to prune the low-probability paths.
It can be expressed as a function of CPU time, number of function evaluations, or iteration counts.
mCADRE dramatically improves the computational speed via deterministic evidence-based evaluation of reactions, requiring only ~10 CPU-hours under the same configuration.
In order to study the numerical performance of Algorithm 1, we record the run time of CPU, the total number of function evaluations required in the process of line search and the total number of iterations for each algorithm.
In some cases, it requires less number of iterations, less number of function evaluation or less CPU time to find an optimal solution with the same tolerance than another algorithm.
'NI': number of iterations; 'NF': number of all component functions evaluations in the objective; 'NC': number of constraints evaluations; 'T': CPU time (in seconds); '-': the corresponding datum are not reported; '(F(x^))': final objective value.
In addition to standard hardware-independent measures of parser effort we also present what we believe is the first evaluation of A* parsing on the more realistic but more stringent metric of CPU time.
