Sentence examples for best solution based on from inspiring English sources
They can be used to explore very large problem spaces and find the best solution based on multi-objective functions under a collection of multiple constraints.
Our system uses several methods to do this categorization of emails and then arbitrates the best solution based on the individual classifier results.
Since the GSTA model has an adjustable number of parameters, the code iteratively goes through all number of plausible parameters for each data set and then returns the best solution based on a set of scrutiny criteria.
It was concluded that parameter setting 1 obtained the best solution based on best fitness while parameter setting 1 yielded the best solution based on solution time.
According to multi-objectiveness, the first front of the best solution (based on the second criterion) in each scenario is chosen for testing initially.
The particles fly in the swarm to search their best solution based on experience of their own and the other particles of the same swarm.
Optimal-transport algorithms ferret out the best solutions, based on parameters such as distance, road congestion, and conflagration size.
In fact, the shape of the Pareto front represents an interesting guidance for developers to select best solutions based on their preferences.
Congestion pricing was developed as a first-best solution, based on the assumption that the optimal price of road space equals the marginal cost price if all other goods in the economy are also marginal cost priced.
Onanoff-the-shelf GPU, the fastest of our implementations can process over 200 million items per second, which is better than the best known solution based on Field Programmable Gate Arrays (FPGAs) and CPUs.
In the name format, x represents a string denoting the solution to be perturbed: i) a solution randomly chosen from the population (x = rand"); ii) the current best solution (x = "best"); or iii) a solution based on the candidate solution combined with a difference vector towards the current best individual (x = "rand-to-best"), i.e., x c + F·(x best - x c).
