Übersetzung für "Convoluted can" in Deutsch

It is the object of the invention to provide an impregnating agent for convoluted boots and convoluted boots impregnated with an improved type of impregnating agent by means of which the wear of mutually contacting surfaces of the folds of convoluted boots can be permanently reduced, with the squeaking phenomenon being eliminated.

Thus the accuracy of the convolution can be increased by an increased number m.

Thus, convolution can also be effected with splines of different resolution stages.

Fourier transformation and/or the convolution integral method can be used, for example, to determine a maximum.

With these approaches, the convolution integral can be calculated efficiently and with high precision through simple mathematical operations.

In particular in the region of the rollers 111, 112, 113, such convolutions can lead to malfunctions.

True, thought in its convolutions can produce very dim, flickering outlines.

That is::formula_7This convolution, in turn, can be performed with a pair of FFTs (plus the pre-computed FFT of complex chirp "b""n") via the convolution theorem.

Arbitrary block or convolution codes can fundamentally come into consideration for the underlaid code, on the basis of which the coder (see FIG. 1) generates the redundancy bits and the decoder (see FIG. 2) decodes the transmission errors.

Overlap convolution can be avoided if a radar antenna is employed having a radiation pattern with the smallest possible side lobe component, at least in the observation direction of the main lobe.

Depending on the technological conditions of the processor 3, this convolution procedure can of course also be carried out in other conjugated structures, so that the computing effort can be reduced.

Specifically, in a convolver a self-convolution signal can occur as a noise signal, i.e., a convolution signal is formed of the acoustic wave of the signal proceeding as desired in the one direction of the convolver and of the wave of this input signal reflected at the input transducer for the reference signal which undesirably runs in the opposite direction.

With a constant sampling rate, as in the calculation of the convolution integral in the preceding example of FIG. 4 which illustrates a load drift compensation, the convolution integrals can again be calculated very efficiently by approximating the integral through a summation and using a recursive approach.

However, greater convolution kernels can solve other problems, such as, the problem of a lack of accumulation of phase values.

The convolution distortions can be avoided when the coefficients to be transmitted are subjected to a weighting or windowing in accord with the invention.

Using convolution reverb, you can apply the characteristics of real-world spaces to any audio material, all without the the cost of travel or having to find a power outlet for your synth inside an ancient stone tower.

If it is considered that, in the approach described, the values for different phase values are added to one another in the storage cells—instead of being multiplied by one another—the convolution kernel can be interpreted as the logarithm of the probability distribution (accept for one factor).

EPMATHMARKEREP with 1=1, 2. With a constant sampling rate, as in the calculation of the convolution integral in the preceding example of FIG. 4 which illustrates a load drift compensation, the convolution integrals can again be calculated very efficiently by approximating the integral through a summation and using a recursive approach.

Due to the fact that according to the invention for the calibration parameter a value is defined in each iterative cycle, which is independent of the concentrations as adjustable parameters, even with the mathematical convolution it can be guaranteed in the method according to the invention that the theoretical function, through which the curve adjustment calculation is performed in the third step of each cycle, is still formulated simple enough (depending on the concentrations and in particular on additional extinction parameters) so that the curve adjustment calculation can be carried out numerically.

The time-discrete convolution can be used to implement any type of linear and time-independent system of arbitrary complexity by mathematically linking the impulse response of the system to the audio signal.

It is known that several consecutive segment convolutions can each use a common FFT and a common inverse FFT, if the transformation results are intermediately stored.

In a time-frequency representation, filtering, and in this case in particular convolution, can be expressed approximately as frequency-band-wise multiplication with the decorrelation function.

It is also advantageous that the required convolution operations can be represented compactly in the frequency domain and can be carried out efficiently with logarithmic complexity.

The inventors have found that the convolutions realized during illumination of an object, which lead to blurring of structures, have been neglected in conventional methods and that the effects of the convolutions can be reversed in the corrected optical section images by deconvolution with deconvolution operators, in particular with filter operators, which are the inverse of the operations represented by the convolutions.

There are moreover very efficient algorithms for the direct solution of a convolution equation, which can then be utilized for MPI image reconstruction.