英語 での Numerical experiments の使用例とその 日本語 への翻訳
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
Overview of numerical experiments¶.
The effectiveness of the method is shown by numerical experiments.
Numerical experiments demonstrate the efficiency of the proposed algorithm.
Summary of the numerical experiments.
Numerical experiments demonstrate the efficiency of our proposed algorithms.
This has been verified by many numerical experiments.
Numerical experiments demonstrate the efficacy and limitations of the method.
We verified these findings through a set of numerical experiments.
The results of numerical experiments show the efficiency of the proposed algorithm.
In this talk I will report the results of numerical experiments done so far.
Also, we will mention some numerical experiments done by the R software and some possible extensions of the framework.
Madagascar is a software package for geophysical data processing andreproducible numerical experiments.
He specializes in the analysis of numerical experiments performed by computers to study ocean currents and climate change.
Octave helps in solving linear and nonlinear problems numerically,and for performing other numerical experiments.
Also, from the results of numerical experiments, it was confirmed that the mixed layer developed and strong wind was brought near the ground.
In such microscopic level, however, it is difficult to understand all of the behavior of electrons and nuclei through experimentation alone. For this reason,numerical calculations or numerical experiments play an important role.
Japanese Numerical Experiments using Discrete Element Model In my master thesis, a discrete element model program was created and used for some investigations on behavior of ice floe.
We further improved parameterization by incorporating marine observation data into the parameterization equation of thevertical eddy diffusivity coefficient obtained in numerical experiments by KIMURA et al.
Numerical Experiments(Figure 3) By using various boundary conditions different from the present state of the Earth, we can investigate the atmospheric state under a number of conditions.
Moreover, numerical simulationstake an important part as''numerical experiments'', in particular, they have played a big role in the studies of the structure formation of the universe.
An error occurred while processing this directive[an error occurred while processing this directive] The CCSR/NIES AGCM, developed through the cooperative work of CCSR and NIES(National Institute for Environmental Studies), has been used for various studies on climate dynamics,including simulations of climate change and numerical experiments concerning the mechanisms of climate variability.
Furthermore, from the results of numerical experiments, it was found that the wind speed was increasing rapidly on the downwind slope of the Suzuka Mountains and weak winds existed above the strong wind layer.
In this research, some improvements are added to scalar multiplication algorithm with Lucas chain andthe effect of each improvement in numerical experiments is shown. We proposed more efficient scalar multiplication algorithm which combined those improvements.
The solution of each step can be done byusing the inner-iteration preconditioned GMRES methods. Numerical experiments show that the SOR inner-iteration preconditioned GMRES methods are more efficient than previous methods for some problems.
Information on faculty and their research Specialization: Meteorology, meso climate dynamics, numerical simulation of cloud precipitation systems Past research and future themes I wish to address:Using numerical experiments based on non-hydrostatic models and observations from Doppler radar, I have conducted research on cloud and precipitation systems such as seasonal rain fronts, rain associated with cold fronts, squall lines, development of streak-like snow cloud over winter seas, turbulent snow clouds, and convective systems in the tropics.
Through numerical experiment, it is demonstrated that delay degradation is mitigated by as much as 45%, translating to a lifespan extension of around 6 times.
In this numerical experiment, we assume that 60.7% of firms became debt-ridden suddenly and unexpectedly in 2009.
For my research approach, I use numerical simulation("Numerical Experiment" conducted using appropriately simplified settings to match the project in a broad parameter space), and data analysis such as observations and objective analysis.
So, we confirmed whether the change of temperature andtime could express by performing the numerical experiment to evaluate influence on the heat environment of buildings and land use in the city by using the simple model built by them.
For example, the distribution of values of the determinant, the distribution of eigenvalues, the numerical experiment results in the placement of points on the sphere obtained from the Demjanenko matrix of±1 component, and the matrix"randomly generated coefficients""Demjanenko matrix""Hadamard Matrix"in correspondence with the distance matrix, and the likes.