Examples of 'computationally' in a sentence
Meaning of "computationally"
computationally (adverb) - This adverb is used to describe actions or processes that involve computation or calculation, especially using computers. For example, 'The data was computationally analyzed to find patterns.'
Show more definitions
- In a computational manner
- Using computation
How to use "computationally" in a sentence
Basic
Advanced
computationally
Computationally that can be a really difficult thing to do.
There is still not a computationally satisfactory approach.
Computationally more efficient algorithms to solve equations eq.
But the method was too computationally intensive.
It has been computationally modelled in an affective computing model.
Neural network training is a computationally expensive task.
Computationally efficient technique of image contrast enhancement.
This may however be computationally more expensive.
A computationally faster procedure may be developed as follows.
This procedure is again computationally very expensive.
It is possible to capitalize on this data classification computationally.
This method is computationally high and inefficient.
It was found to be both accurate and computationally efficient.
This is computationally relatively easy to study.
The nonbonded terms are most computationally intensive.
See also
Computationally this process is called the power method.
This approach is computationally advantageous and stable.
They are straightforward to implement and are computationally efficient.
This is however a computationally highly demanding process.
Concealment error computations may be computationally complex.
Computationally efficient algorithms for cyclic spectral analysis.
But the task was too computationally intensive.
In an automatic mode this difference is determined computationally.
Algorithm for which it is computationally infeasible because no.
Thus higher quality diversity is sampled computationally.
Those can be very computationally intensive.
It is computationally hard to reverse the transformation or to find collisions.
Factorization is widely believed to be a computationally hard problem.
These algorithms are computationally efficient and highly parallelizable.
Any physical action can be simulated computationally.
Treating a language computationally implies a process of mathematical modeling.
Processing mission functions can be computationally expensive.
Recoded genes are computationally scanned to eliminate internal regulation.
That factoring large numbers is computationally infeasible.
This is computationally expensive and undesirable.
Both of these methods are computationally intensive.
This is computationally simple and effective.
New lifeforms that were computationally grown.
This process is computationally intensive although quick on modern computers.
Searching for new rays is computationally complex.
Possible fluorographene conformations have been extensivelly investigated computationally.
Thus the algorithm must be computationally efficient.
A computationally large safe prime is likely to be a cryptographically strong prime.
These filters are also very computationally inefficient.
Cryptography is computationally intensive and is used in many different contexts.
Face detection is intrinsically a computationally intensive task.
It can be computationally expensive to solve the linear regression problems.
Level set methods can be computationally expensive.
Computationally aided product concept generation for field devices.
Searches of this kind can be computationally very expensive.
