Sentence examples for more effective simulated from inspiring English sources

We introduce the knapsack problem, discusses the current knapsack problem several intelligent algorithm is more effective (simulated annealing algorithm, ant colony algorithm, taboo search method), a simple illustration of their solution process, respectively, and pointed out their advantages and disadvantages the prospects for solving knapsack problem raised outlook.

This may explain why conspicuity aids appear to be more effective in simulated settings where test observers were primed to expect the target.

This learning technology could be more effective if simulated cases were customized for each individual physician based on analysis of patterns of care in electronic health records.

The results indicate that the proposed approach is more effective to simulate and predict the disease progression compared with the existing methods.

Small neighborhood size is more effective in simulating the MPB movement behavior, indicating that short-distance is the dominating dispersal mode of MPB.

Physical-statistical models are more effective for simulating large scenarios compared to complex physical models, and more accurate than merely empirical or statistical models as they take into account the geometry of the link, and rely on physical (electromagnetic based) methods for calculating the needed model parameters.

The physical-statistical approaches discussed are more effective for simulating large scenarios compared to complex physical models, and more accurate than merely empirical or statistical models as they take into account the geometry of the link, and rely on electromagnetic based methods for calculating the needed model parameters.

The REBO interatomic potential has been recently utilized to calculate the breaking force of monolayer MoS2 with VS defects [17] and has been demonstrated to be more effective in simulating the elastic behavior of monolayer MoS2 [22] than other interatomic potentials such as consistent valence force field (CVFF) and Stillinger-Weber (SW), under a small deformation (tensile strain ε < 5%%).

Our results showed that fuel reduction treatments based on burn probability were more effective at reducing simulated wildfire size, mean and maximum rate of spread, and mean fire intensity, but less effective at reducing maximum fire intensity across the burned landscape than treatments based on fuel load.

Bootstrap simulation suggested that compared to no treatment, surgery was more costly and less effective in 46.4% of simulated cases, and more costly and more effective in 53.6% of simulated cases in subgroup A (quadrant I vs. quadrant II in Figure 7).

Results: 93% (132/142) expressed that learning via simulated patients was more effective than the traditional lecture format.