Translation of "Computational expense" in German

Predictive block estimation methods may be used due to the smaller computational expense than full search methods.

The advantages of a level classifier constructed in such a manner is, particularly, that it requires far less computational expense for the classification of the character in comparison to an overall classifier.

Such complex systems require a high degree of measurement and computational expense, because the driving-direction instructions must be calculated and displayed in real time.

With minor computational expense fragments, for instance of a tongue, cheek, and/or impurities in the glass cover, can be recognized and eliminated.

The further evaluation can occur using these projected, two-dimensional data which significantly reduces the computational expense.

In order to keep the computational expense low, processing work can be performed again using image elements which represent a plurality of the acquired pixels, for example again by averaging.

In general, the computational expense for the vector quantization is considerably higher than for the supervised training of the output layer of the radial basis function-network, which, therefore, results in a considerable speed advantage for the entire procedure.

In general, the computational expense is considerably higher for the search of the k nearest neighbors of the time series windows than for the interpolation or approximation according to the calculation rule of the local model, which, again, results in a considerable speed advantage for the entire process.

By progressively storing the sending values already sent in the first memory arrangement and updating in time the channel coefficients in the second memory arrangement, a simple adaptation of the encoder to the given transmission situation is possible with low computational expense.

To reduce the considerable computational expense required in the full search algorithm, predictive estimating procedures are known, in which motion information from previous motion estimates is taken into account when determining the motion vector for a block.

In view of this problem, the invention provides a method and a device for the encoding and decoding of information signals by which the required computational expense can be diminished, especially at the receiving side.

The expense of determining the motion vectors for the individual subblocks essentially increases only by a factor of n, since most of the computational expense is used in determining the motion vectors of the main blocks.

After determining the motion vectors of these main blocks, the remaining computational expense to select one of the main block motion vectors assigned to a subblock as the motion vector for this subblock is relatively small.

Furthermore, the computational expense may be less than that for an individual adaptive predictive filter of twice the size to achieve the same capability.

In an application where the speed of the adjustment may be of lesser consequence, a greater noise reduction can be achieved with less computational expense.

Even where the FBLE/FBLMS algorithms may be worse in terms of capability than an individual predictive filter, the symmetrical filter may still cut the noise in half as compared to FBLE/FBLMS algorithms, and do so with a comparable computational expense.

Rather it can be sufficient to do this only after a series of several training steps, which can result in a considerable reduction of the computational expense.

The result is a reliable classification with relatively low computational expense and an ongoing optimization of the classes used, without having to perform substantial theoretical considerations for the individual segment attributes of the predefined classes.

As a result one- to three-center two-electron repulsion integrals (ERIs) have to be evaluated and the computational expense is O(N3) with respect to the size N of the system under investigation as compared to O(N4) for conventional DFT.

Consequently only one- and two-center ERIs have to be evaluated and the computational expense of the Kohn-Sham matrix formation in a LEDO-DFT calculation is reduced to O(N2).

The computing expense for the interpolation is kept low in this manner.

The number of segments and the computation expense are thus kept minimal.

This leads to a considerable additional required computing expense in the key management of the cryptographic keys.

The high computing expense should be viewed especially against the background of the high demands on aviation-suitable computing hardware.

Such a determination of the edge thickness advantageously comes with a low computing expense and therefore short computation time.

It has also been assumed for the purpose of the computation of ECHA expenses that 12.5% of the fee paid to ECHA would be paid back to the Rapporteur in charge of coordinating the peer-review of the scientific evaluation carried out by the evaluating Competent Authority.

It has also been assumed for the purpose of the computation of ECHA expenses, that 60% and 5% of the fee paid to ECHA would be paid back to the Competent Authorities and the Rapporteur in charge of the scientific evaluation respectively.

The particular advantage of the method in accordance with the method in accordance with the invention for monitoring a tachometer output signal resides in particular in that the total monitoring is performed by means of a minimal of computing expenses, in particular only one single multiplication is required, namely Pnew×Nold, and that only minimal storage expenses is required, namely only for the locking count SZ.