numerical experiments

Numerical experiments show that this method can effectively balance loads of the production lines with a batch splitting.

Numerical experiments show that the computational procedure is of good stability and convergence.

Numerical experiments show that this method (MWN3D) has a characteristic of high computing speed and flexibility.

Numerical experiments show that this is a very practical fairing approach for curves.

The numerical experiments illustrate that the present hybrid algorithm is an efficient and reliable global optimization approach.

Numerical experiments show that the method has high precision. It builds up a solid foundation for calculating subsoil SWV.

Numerical experiments have been performed to test the sensitivity of the GRAPES to gravity wave drag parameterization.

Both of the numerical experiments of test model data and industrial data have confirmed the accuracy and robust of our algorithm.

Numerical experiments verify the effectiveness of quantitative identification and the anti-noise ability of the proposed method.

Numerical experiments demonstrate that the mixed Gaussian process model is efficient in functional data analysis.

Numerical experiments are conducted in a homogeneous conductivity field.

The locally explicit expression of the vertical scaling factor is presented on the basis of numerical experiments.

The numerical experiments indicate that the new grid can raise the computational accuracy effectively.

Numerical experiments show the feasibility and efficiency of this method.

After the numerical experiments, it shows that the new formula has greatly improved in its accuracy.

The numerical experiments indicate that both one-dimension and multi-dimension algorithms are reliable and efficient.

The numerical experiments show that it is reliable and robust with less computation for engineering application.

The numerical experiments show that integrated E-Bayes estimation is fit for the reliability research of hull.

Through numerical experiments, the influence of coupled process in the Pacific Ocean on the Indian Ocean is investigated.

The numerical experiments show that the proposed method has much better performance.

The numerical experiments show the effectiveness of the algorithm.

The results of numerical experiments show that the algorithm is feasible and effective.

At last, a convergence analysis of the algorithm and numerical experiments are given.

Numerical experiments show that the algorithm can obtain high quantity image.

This new method provides a new fitting way for CAGD. Numerical experiments show clearly the feasibility.

The numerical experiments show that NSDPSO is effective in dealing with the nonlinear programming problems.

Numerical experiments showed that it is efficient, and it is superior to genetic algorithm without immune operator.

Numerical experiments show that the running-speed of the new algorithm is faster and more accurate than the old one.

In the end, carries on numerical experiments on the above theoretical research and simulates to validate the theory.

Numerical experiments show that the new algorithm is very efficient for option pricing problems.

We explain hybrid model from the view of local diffusion and verify its effectivity through numerical experiments.

Numerical experiments are made on the effect of non-phase change diabatic heating process in short term forecast.

Numerical experiments show that our proposed method is effective in computation time and anomaly detection.

Some numerical experiments for this period have been performed in China in recent several years.

Wi th the dynamic analysis of J8-II plane wing, the numerical experiments in PAR95 show that the algorithm is very effective.

How the Surface Processes over the Tibetan Plateau Affect the Summertime Tibetan Anticyclone-Numerical Experiments

Numerical Experiments on Retrieving the Three-Dimensional Wind Field of a Strong Convective Storm from Dual-Doppler Radar

Numerical Experiments on Contribution of Chinese Northern Desert to Airborne Dust over the Asian Continent

Diagnostic Analysis and Numerical Experiments of No. 9711 Typhoon with Its Torrential Rainfall

The Numerical Experiments of Remote Sensing Atmospheric Aerosol Particle Size Distribution over Waters Using Multichannel MODIS Data

Nesting of Two Different Models and Numerical Experiments of Mid-Range Precipitation Forecast

Diagnosis and Numerical Experiments on Relationship between Summer Rainfall in Changjiang-Huaihe Valley and North Pacific SSTA

Generation of subsurface cyclonic eddies in the southeast Baltic Sea: Observations and numerical experiments

Life Cycles of Blocking Flows Associated with Synoptic-Scale Eddies: Observed Results and Numerical Experiments

The new algorithm for standalone positioning with global positioning system and numerical experiments

Numerical experiments on the effects of deserts and semi-deserts in northwestern China on the airborne dust loading over East Asia

Numerical Experiments on the Effects of Lateral Boundary Topographic Buffer Zone in Regional Climate Model

A Forced Dissipative Nonlinear Critical Layer and Numerical Experiments of Subtropical High

Damping of Seasonal Variations in Air Temperature: Numerical Experiments

The Method of Calculating the Optimal Step Size in Variational Continual Assimilation and the Numerical Experiments

Numerical experiments on a harmonized multi-time difference scheme

Impacts of climate change on river water quality: numerical experiments and application

Numerical Experiments for FivePoint and Nine-Point Difference Approximation of Adiffusion Operator on Irregular Quadrilateral Grids

Numerical Experiments for Sea Surface Wind over Archipelagic Waters

Organization of mesoscale convective systems: 1. Numerical experiments

Numerical Experiments on the Responses of East Asian Winter Monsoon to Autumn and Winter SSTA

The Numerical Experiments of Aerosol Radiative Effects

The Numerical Experiments of the Effect of Urban Buildings on Boundary Layer Structure

Numerical experiments on cloud streets in the lee of island arcs during cold-air outbreaks

A New Method for Numerical Experiments on Porous Rocks with Lattice Gas Automata

A new method for theoretical modeling and numerical experiments on petrophysical studies

Numerical Experiments on the Impact of Land Cover on Climate

The study on the mechanism of SSTA in the Pacific Ocean affecting the onset of summer monsoon in the South China Sea--Numerical experiments

Numerical Experiments on One-dimensional Ice-phase Cloud Parameterized Model