Results 171 to 180 of about 73,865 (284)
Semantic Foundations of Commutativity Analysis
This paper presents the semantic foundations of commutativity analysis, an analysis technique for automatically parallelizing programs written in a sequential, imperative programming language.
Pedro C. Diniz, Martin C. Rinard
core
Spectrum and commutativity preserving mappings on H2
The continuous mappings on 2×2 real symmetric or complex hermitian matrices that are spectrum and commutativity preserving are ...
Petek, Tatjana, Sarria, Humberto
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Exhaustive study on the commutativity of time-varying systems
This paper, which is a survey and a compact reference on the commutativity of time-varying systems, gives the complete set of necessary and sufficient commutativity conditions for systems of any order. Original results are derived on Euler's systems, and
KÖKSAL, MUHAMMET, KOKSAL, M
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On commutativity of polynomial functions
This research is an exposition of the paper Commutativity of Polynomials by Shamuel Avital and Edward Barbeau published in the College Mathematics Journal in November 1992.
Ng, Arsenio, Liu, Kung-Chun
core
Commutativity of operators and characterization of traces on C*-algebras [PDF]
We investigate connections between commutativity of operators and characterization of traces on C ...
Бикчентаев Айрат Мидхатович
core
Semantic Foundations of Commutativity Analysis
This paper presents the semantic foundations of commutativity analysis, an analysis technique for automatically parallelizing programs written in a sequential, imperative programming language.
Pedro C. Diniz, Martin C. Rinard
core
The commutativity degree of some nonabelian two-groups with a cyclic subgroup of index four [PDF]
The determination of the abelianness of a finite group has been introduced for symmetric groups, finite groups and finite rings in the last fifty years.
Mohammed Hussein Saleh, Haitham
core
Preprint no.: 49 2010On almost Poisson commutativity in dimension two
On almost Poisson commutativity in dimension two ...
Frol Zapolsky
core
Let $T$ be an operator on Banach space $X$ that is similar to $- T$ via an involution $U$. Then $U$ decomposes the Banach space $X$ as $X = X_1 \oplus X_2$ with respect to which decomposition we have $U = \left(\begin{matrix} I_1 & 0 \\ 0 & -I_2 \end{matrix} \right)$, where $I_i$ is the identity operator on the closed subspace $X_i$ ($i=1, 2$).
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