Sentence examples for minimization by taking from inspiring English sources

Maximization problem can be transformed to minimization by taking the negative.

In this paper, we propose a multi-variable intelligent matching pursuit algorithm (MIMP), which can solve l0 minimization problem essentially by taking the advantage of the intelligent optimization algorithm in solving combinatorial optimization problems and searching for the global optimal solution to improve the performance of image reconstruction.

The optimizations of the triangular assemblies are carried out by taking minimization of maximum thermal resistance as optimization objective.

The optimized separation configuration is obtained by taking the minimization of total annual cost (TAC) as an objective function.

A "volume-point" heat conduction model with rectangular element at micro and nanoscales is re-optimized by taking the minimization of 'entransy' dissipation rate as optimization objective.

For the specified volumes of the fin and the heat sources, this construct is optimized by taking the minimization of the dimensionless hot spot temperature as optimization objective.

This algorithm is based on Fourier expansion of the direct problem solution followed by minimization of the cost functional by taking a partial K-sum of the Fourier expansion.

This algorithm is based on Fourier expansion of the direct problem solution applied to the minimization problem for Tikhonov functional, by taking then a partial N-sum of the Fourier expansion.

Subjected to the constraints of the total volume of the tubes and space occupied by the rectangular area, the model is optimized by taking the minimizations of the dimensionless entropy generation rate and dimensionless entropy generation ratio, respectively.

Based on constructal theory, the vascular networks with asymmetric pairing in a disc-shaped body are optimized by taking the minimizations of the dimensionless entropy generation rate and dimensionless entropy generation ratio as optimization objectives, respectively.

The optimal temperature configuration at the sensible heat transfer stage and the optimal gas hydrate phase change rate configuration at the phase change stage in the processes of gas hydrate charging and discharging are obtained by taking entropy generation minimization as optimization objective.