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differentiable manifold M {\displaystyle M} of dimension n is called parallelizable if there exist smooth vector fields { V 1 , … , V n } {\displaystyle...

used on larger problems (larger datasets), and the time spent in the parallelizable part often grows much faster than the inherently serial work. In this...

PMAC, which stands for parallelizable MAC, is a message authentication code algorithm. It was created by Phillip Rogaway. PMAC is a method of taking a...

cipher block chaining (IACBC)[clarification needed], integrity-aware parallelizable mode (IAPM), OCB, EAX, CWC, CCM, and GCM. Authenticated encryption modes...

embarrassingly parallel workload or problem (also called embarrassingly parallelizable, perfectly parallel, delightfully parallel or pleasingly parallel) is...

width, [=](int x) { // Something parallelizable }); This still requires the developer to know that the loop is parallelizable, but all the other work is done...

is called parallelizable whenever it admits a parallelization. Every Lie group is a parallelizable manifold. The product of parallelizable manifolds is...

typically consist of several parallelizable parts and several non-parallelizable (serial) parts. If the non-parallelizable part of a program accounts for...

{\displaystyle M} . By definition, a manifold M {\displaystyle M} is parallelizable if and only if the tangent bundle is trivial. By definition, a manifold...

algorithms. Algorithms vary significantly in how parallelizable they are, ranging from easily parallelizable to completely unparallelizable. Further, a given...

Integrity-aware parallelizable mode (IAPM) is a mode of operation for cryptographic block ciphers. As its name implies, it allows for a parallel mode of...

n + 1 {\displaystyle bP_{n+1}} represented by n-spheres that bound parallelizable manifolds. The structures of b P n + 1 {\displaystyle bP_{n+1}} and...

similar to the way Amdahl's law relies on the distinction between "parallelizable" and "strictly serial". The second-system effect proposes that, when...

P-complete, when using NC reductions, can be thought of as "probably not parallelizable" or "probably inherently sequential". The parallel computer in the definition...

does give S7 one important property: parallelizability. It turns out that the only spheres that are parallelizable are S1, S3, and S7. By using a matrix...

classes. That is, since ⁠ R n {\displaystyle \mathbb {R} ^{n}} ⁠ is parallelizable, the pullback of its tangent bundle to M is trivial; since this pullback...

display used for real-time rendering. The rendering of images is a highly parallelizable activity, as frames and sometimes tiles can be calculated independently...

driven by increasing exploitation of parallelism. Applications are often parallelizable in two ways: either the same function is running across multiple areas...

simplicity of the counting sort algorithm and its use of the easily parallelizable prefix sum primitive also make it usable in more fine-grained parallel...

micro-operations, then analyze and reorder the micro-operations to detect parallelizable operations that may be issued to more than one execution unit at once...