Sentence examples for fast alternating from inspiring English sources

And then, we use fast alternating direction method in[11] to obtain the optimal solution.

Finally, we propose and design a novel way of fast alternating optimizing algorithm which contains three subminimizing parts and each of them permits a closed-form solution.

In order to get the different components of image faster and more accurate, we also use fast alternating direction method (FADM) instead of BCR to train dictionary.

Goldfarb et al. [7] proposed a fast alternating linearization methods for the sum of two convex functions both of which are "simple".

Cerebellar tasks showed a bilateral dysmetria pattern at the nose finger and heel shin test and inaccuracies were observed in fast alternating hand movements (dysdiadochokinesia). Truncal ataxia and intention tremor were not detected.

In the EMF therapy, therefore, a higher electric field energy channel would be expected to induce higher and fast alternating force (impulse or shock) on the membrane and the ions on both sides of the cell membrane.

Results reveal a number of interesting dynamics, one being that Melbourne exhibits shorter (and presumed to be faster) alternate commuting paths than either Sydney or South East Queensland given its lower betweenness and shortest path values allied with higher clustering coefficients.

Sweep picking, tapping and fast alternate picking are commonly used for solos, but don't think you can just play fast and people will enjoy it!

To reduce its computational complexity, a fast SR alternating direction method of multipliers (FSR-ADMM) based on the TV model is proposed in [9].

To solve the ill-posed and nonlinear inverse problem of ECT image reconstruction, a new ECT image reconstruction method based on fast linearized alternating direction method of multipliers (FLADMM) is proposed in this paper.

The key step of the presented model is to establish a boundary heat source method to implicitly characterize the heat transfer from cryoprobe with fixed temperature or convective heat transfer boundary condition, which is furthermore incorporated to a fast parallel alternating direction explicit (PADE) finite difference method for computation acceleration.