Sentence examples for seconds of computation from inspiring English sources

Computational results obtained in less than 60 seconds of computation time show that the proposed algorithm outperforms the supposedly excellent algorithms reported recently, on average.

High quality results are obtained in a few seconds of computation time for a set of 29 test instances.

This paper introduces a fast solution procedure to solve 100-node instances of the time-dependent orienteering problem (TD-OP) within a few seconds of computation time.

Having proposed an improvement of this model which reduces appreciably the computation time, we propose another integer linear programming model, easy to carry out, which allows to obtain, in a few seconds of computation, optimal or near-optimal solutions for instances with hundred of cells and hundred of species.

For instance, to produce actual CPU hours, they ignore the granularity of Amazon instance hours and assume CPU seconds of computation.

This benefit was especially clear in the TSMP case study, where the robustness was greatly improved (all the 20 runs of the optimization with regularization reached the global optima in 200 seconds of computation time, while only 3 runs converged using the same algorithm with the non-regularized objective function).

Compared to a floating-point implementation, this fixed point implementation has been shown to provide the same signal quality at only about one-tenth of computation time.

The simulated annealing algorithm obtains a 95% improvement on time delays in less than one second of computation for the test instances generated, which means that it can be used online for high-demand scenarios to reduce delays.

Such conjunction may be the first stage of computation that integrates primary information to establish the cognitive map.

After first phase of computation, we design a heuristic scheme that renders the final solution for MSA.

The first method of computation assumes that tensile forces increase linearly with decreasing distance to the site of rupture (i.e., 95 kN–33 kN force difference over a 10 m span between RB1 and RB2 = 6.2 kN m−1) thereby indicating that uplift forces are maximum at the site of fracture.