Examples of 'parallelizable' in a sentence
Meaning of "parallelizable"
Parallelizable is a term used in computer science to describe a process that can be divided into parallel tasks. As an adjective, it indicates the capability of being parallelized or executed concurrently
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- Able to be made parallel.
- Whose tangent bundle is a trivial bundle.
How to use "parallelizable" in a sentence
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parallelizable
A manifold is called parallelizable whenever it admits a parallelization.
And neural networks are massively parallelizable.
The product of parallelizable manifolds is parallelizable.
These algorithms are computationally efficient and highly parallelizable.
A kernel is any parallelizable task used to perform a specific job.
A manifold that does have a global moving frame is called parallelizable.
It is designed to provide an efficient parallelizable evaluation and solution framework.
A particular feature of open source development is that debugging is highly parallelizable.
Breaking down any problem into parallelizable units is an art.
In order to realize a kernel, it is essential that a task is parallelizable.
They are neither both parallelizable and addressable in an independent way for each site.
Not all problems are parallelizable.
Map reduced is an easily parallelizable functional programming paradigm, lots of power here.
Being broken down into simple and readily parallelizable stages.
Kravatte is an efficient and parallelizable PRF with input and output of variable length.
See also
In this case, the manifold is called parallelizable.
Proving that other spheres are not parallelizable is more difficult, and requires algebraic topology.
In particular, a noncompact world manifold must be parallelizable.
Every Lie group is a parallelizable manifold.
Further, a given problem may accommodate different algorithms, which may be more or less parallelizable.
The algorithm is parallelizable.
The new multiscale methods are locally conservative, minimize numerical instabilities and are naturally massively parallelizable.
This product is parallelizable.
Often used for problems including a whole lot of amount crunching, which can be easily parallelizable.
This algorithm also offers the advantage of being parallelizable using an additional register.
Parallelizable variant can be derived from the algorithm A5.
Several actions have been made parallelizable with OpenMP and MPI.
For this reason, parallel computing with many processors is useful only for highly parallelizable programs.
The end product is a practical, parallelizable algorithm suitable for decomposing large-scale social networks.
A key property of this generator is that it 's parallelizable.
The case S1 is the circle, which is parallelizable as has already been explained.
Furthermore, the PSP method is computationally efficient and highly parallelizable.
Chapter 6 ( Task Execution ) covers identifying parallelizable tasks and executing them within the task-execution framework.
In particular, every Hilbert manifold is parallelizable.
By definition, a manifold M { \ displaystyle M } is parallelizable if and only if the tangent bundle is trivial.
Every affine space, considered as manifold, is parallelizable.
In order to solve this problem, Halevi and Rogaway introduced a parallelizable variant called EME ECB-mask-ECB.
As before, the keystream can be pre-computed, and decryption is parallelizable.
Therefore, the sphere is not parallelizable.
The code is fast, efficient, rapidly convergent, and highly parallelizable.
Which is broken down into simple, easily parallelizable steps.
Furthermore, Raster is easily parallelizable.
This implies that the 3-sphere is parallelizable.
The zero-dimensional case S0 is trivially parallelizable.
