Examples of 'computational load' in a sentence
Meaning of "computational load"
computational load: The amount of processing or computational work that a system or device is handling at a given moment
How to use "computational load" in a sentence
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computational load
The computational load was found to be relatively small.
There are simplifications to reduce the computational load.
Reduced computational load is meaningless if the results are inaccurate.
This may reduce the average computational load.
So the computational load can be decreased.
Both processing steps introduce a high computational load.
This involves a small computational load and a number of program instructions to be executed.
The solution can comfortably handle the computational load.
The computational load is greatly reduced and the used models are easy to implement.
Lastly calculation of the derivative represents a heavy computational load.
However, the computational load to update the rankings is much lower.
Both of these can be relaxed if required to reduce computational load.
In this technique, the computational load is split throughout the set of processors.
Modelling all melt tracks also imposes an unacceptably high computational load.
Nevertheless, this requires a greater computational load than in the implementation described.
See also
computational intelligence
computational linguistics
computational mathematics
computational mechanics
computational linguistics
computational mathematics
computational mechanics
The proposed approach yields precise results but with a high computational load.
Again, there is a trade-off between computational load and the need to describe quantum dynamics.
An advantage with this embodiment is that the required computational load is low.
A known way of reducing the computational load needed for visualising / rendering a computer model is occlusion culling.
The latter in fact offers a good compromise between performance and computational load.
These algorithms are intended for balancing the computational load between various processor units.
Different ways of employing the invention lead to different ways of distributing the computational load.
The computational load substantially varies exponentially with the number of stations ( the so-called full-NP problem ).
The main drawback of such optimal solutions lies in their high computational load.
Further, the computational load in the decoding process, specifically the check node operations, poses a problem.
This iterative process of evaluating additional features results in a drastic reduction in the computational load.
It should be simple to generate ( to minimise computational load in the eNodeB and UE ).
Finally, we propose a dynamic load balancing technics of computational load.
Given the increasing complexity of such models, the computational load can become prohibitive.
Furthermore, the algorithm is less expensive in terms of computational load.
MBROLA is a time-domain algorithm, as PSOLA, which implies very low computational load at synthesis time.
In addition, the act of linearization imposes a not insignificant computational load.
A hierarchical search thus yields about a factor of 20 savings in computational load.
This makes it possible to save a filter, and therefore reduce the computational load.
This will of course require much less exchange of data, and less computational load.
In any event, the prior art allocation attempts to evenly distribute the computational load.
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You can load up to five discs at once
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Lower the load to the bottom point
