Sentence examples for quality of reconstructing from inspiring English sources

Among the three meta-heuristics, differential evolution (DE) performs best in terms of the objective function, i.e., the quality of reconstructing the expected output, and in terms of the speed of convergence.

We compare the performance of the four optimization methods on this task along a number of dimensions, including the quality of reconstructing the observed system output (the measured quantities) and the complete model dynamics (all system variables, including unobserved ones), as well as the speed of convergence.

In terms of the quality of reconstructing the complete model dynamics and other qualitative aspects of the behavior of the obtained models, the different meta-heuristic methods exhibit different behavior and relative performance under different conditions: More work needs to be done to better understand and objectively evaluate these differences in performance.

We evaluate their performance on the considered representative task along a number of metrics, including the quality of reconstructing the system output and the complete dynamics, as well as the speed of convergence, both on real-experimental data and on artificial pseudo-experimental data with varying amounts of noise.

Stability, convergence rate, quality of reconstructed image and edge recovery are suggested as the main criteria for monitoring reconstructive performance.

Thus, the quality of reconstructed vertical contours is better than that for horizontal ones.

The experiment results demonstrate that our proposed method can improve the quality of reconstructed functional MR images.

(4) UEP is able to enhance the quality of reconstructed 3-D video signal at low-to-moderate SNRs.

We also confirm on the basis of simulations that the spread spectrum technique drastically enhances the quality of reconstructed signals.

So it is unreliable to judge the visual quality of reconstructed image only by contrast and blackness.

Therefore, 3-D video systems have a trade-off between the required data rate and the quality of reconstructed 3-D video signal.