Translation of "Numerisches verfahren" in English

The pattern-recognition approach is a numerical procedure for the classification of measurement vectors.

In numerical optimization, the Broyden–Fletcher–Goldfarb–Shanno (BFGS) algorithm is an iterative method for solving unconstrained nonlinear optimization problems.

The actual optimization is then carried out by a purely numeric method without further measurements.

However, ray tracing, along with wavefront tracing, is also a numerical process for calculating the light propagation in inhomogeneous media.

Maury Microwave has implemented a numerical method in the ATSv5 Software to apply these corrections.

In mathematics, the generalized minimal residual method (usually abbreviated GMRES) is an iterative method for the numerical solution of a nonsymmetric system of linear equations.

The main objective of the Action is to achieve a general numerical method for assessing,comparing and classifying typical weather situations in the European regions.

A numerical procedure for the analysis of the structural behaviour of steel and composite structures under fire conditions has been presented.

The Finite-Element-Method (FEM) is a physically motivated numerical method with which partial differential equations can be solved approximately.

Since FEM is a numerical method for solving differential equations, it is possible to perform the finite element analyses (FEA) in various physical disciplines.

The finite element method (FEM) is a numerical method which was originally developed to solve structural/mechanical problems.

A numerical procedure that successively divides the area source - beginning with one division (represented by one line source) and proceeding to ever-smaller areas (represented by several line sources) - is used for determining the concentration contribution of an area source at one receptor.

International Patent Document WO 01/81985 suggests a numerical method for calculating the magnification of a spectacle lens, according to which it becomes possible to calculate the magnification of an arbitrary spectacle lens at an arbitrary point or in an arbitrary viewing direction.

However, what may also be used or numerically simulated to produce the monitoring unit is some other numerical method or some other electronic circuit which, in relation to the converter, is able to represent an unloaded state, an overloaded state and preferably also at least one intermediate state which in particular represents a loaded but not overloaded state of the converter and thus preferably lies between the unloaded and overloaded states of the converter.

At each time step, the calculation of the actual solution of the QP problem is effected via a numerical method which is referred to as QP solver.

To overcome this problem, a new numerical method is proposed that in the following is referred to as Transconvolution.

After this, in step 105, the predictor is projected with the aid of a corrector method, which is, for example, a numerical Newton method, onto the manifold of the pareto-optimal points.

The present invention comprises a physically based numerical method for expressing the disturbance behavior of the ionosphere over space and in time, which method makes it possible to increase the accuracy and reliability of communications and navigation systems.

The Monte Carlo simulation is a numerical method with high accuracy used for solving equation systems and statistical processes.

The EN ISO 10077-2:2003 "Thermal performance of windows, doors and shutters - Calculation of thermal transmittance - Part 2: Numerical method for frames" shall be also considered.

The EN ISO 10077-2:2003 "Thermal performance of windows, doors and shutters - Calculation of thermal transmittance - Part 2: Numerical method for frames" in its appendix D provides the validation procedure by which a "thermal bridges program" must conform to, to be qualified as sufficient for the calculation of heat flow through frames conformant to the standards.

In this case, behind each pixel to be displayed, the intersection of the visual beam behind the pixel and the surface is approximated by a numerical method, and a harmonious color is calculated using the surface normals.

A numerical process for determining heat loads of evaporator tubes, medium temperature and thermal resistance on the internal side of the measuring tubes are presented.

Casting process simulation uses numerical methods to calculate cast component quality considering mold filling, solidification and cooling, and provides a quantitative prediction of casting mechanical properties, thermal stresses and distortion.

General solutions of the heat equation can be found by the method of separation of variables.

The discrete speed values thus ascertained are preferably filtered using numeric methods.

The method is numerical and can be used for different protection algorithms.

This integral can be computed for a general case only by numerical methods.

Experimental and numerical methods for future aircraft engines are developed in the aircraft propulsion field.

This method can also be adopted in computer based numerical methods.

Learn numerical methods for calculation and simulation. Specialisation Subjects

They can apply what they have learnt confidently using selected numerical and computer-supported methods.

They can describe these computer-aided processes numerically and select stable solution methods.

Here, numerical methods, computation codes, software tools, and characteristic nuclear data are developed.

This leads to powerful model equations that can be solved by numerical methods.

Openrotor Rotor Aerodynamics The work focuses on the further development of numerical methods for simulating the highly complex flow on helicopters.

"Numerical" methods, on the other hand, can simulate a wide range of such effects, but are much more expensive computationally.

In the present report, the further development of the equipment and the numerical methods used for evaluation of the data are described in detail.

The determination of the transfer functions with other numerical methods or by measurement is likewise possible.

The integration can proceed with the known numeric methods, for example, with the aid of the Simpson formula.

The topologically optimized structure can be determined by numerical methods and manufactured by a generative manufacturing method.

It can equally be checked with such a numerical method whether FFS4 has a root at all.

The numeric method of the PCA can follow the spectroscopic analysis as a numeric selective tool.