Examples of 'is computationally' in a sentence
Meaning of "is computationally"
is computationally: This phrase is used to describe something that is related to or involves computation or computation processes. For example, a computationally intensive task requires significant computational resources to complete
How to use "is computationally" in a sentence
Basic
Advanced
is computationally
This method is computationally high and inefficient.
Each frame or arc segment reconstruction is computationally intensive.
This approach is computationally advantageous and stable.
Easy while the calculation of the inverse is computationally infeasible.
This is computationally relatively easy to study.
Searching for new rays is computationally complex.
It is computationally hard to reverse the transformation or to find collisions.
Algorithm for which it is computationally infeasible because no.
It is computationally infeasible to derive a private key from a public key.
That factoring large numbers is computationally infeasible.
This is computationally expensive and undesirable.
Demodulating the signals is computationally intensive.
This is computationally simple and effective.
The optimal approach is computationally expensive.
This is computationally easy and quick to implement in digital systems.
See also
The proposed approach is computationally simple.
Cryptography is computationally intensive and is used in many different contexts.
The results show that this approach is computationally time.
The algorithm is computationally very intensive.
In general this requires a large number of data points and is computationally intensive.
This process is computationally intensive although quick on modern computers.
Exploring all such possible state sequences is computationally very expensive.
It is computationally infeasible to change a message with a given hash value.
Neither approach is computationally easy.
It is computationally demanding to incorporate all different elements into comprehensive cosmological models.
Defective coloring is computationally hard.
Is computationally intractable.
The algorithm is computationally complex.
It is computationally infeasible to find two different messages that produce the same message digest.
This procedure is computationally intensive.
This is a relatively simplistic algorithm for removing the peaks and is computationally somewhat intensive.
This method is computationally expensive due to the large number of samples.
This will give the correct answer but is computationally wasteful.
The overall image is computationally created by merging the acquired images.
A simple Bernoulli random variable generator that is computationally efficient.
It is computationally efficient.
The classic Viterbi algorithm is computationally expensive.
A scalar function is computationally and conceptually easier to deal with than a vector function.
RSA is based on the assumption that factoring large numbers is computationally infeasible.
This method is computationally efficient and cleanly differentiates legal from sublegal fish.
RSA is based on the assumption that factoring large integers is computationally intractable.
The problem is computationally difficult and there are competing mathematical methods of solving the problem.
The F test should be preferred because it is computationally much easier.
The method is computationally very efficient and suitable for routine use in clinical setting.
However, for large primes it is computationally intensive.
This is computationally intensive and need only be done occasionally after every N time frames.
In animals, the prediction is computationally extremely challenging.
It is computationally easy for the receiver B to decrypt the resulting ciphertext.
The NLP method is computationally expensive.
The analysis of repeated, or otherwise clustered, categorical responses is computationally difficult.
You'll also be interested in:
Examples of using Computationally
Show more
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
