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}
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% Title, author, date, and institute (optional)
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- \title [Parallel Programming. Parallelism theory ]{Parallel Programming course. Parallelism theory }
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+ \title [Parallel Programming. Parallelism practice ]{Parallel Programming course. Parallelism practice }
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\author {Obolenskiy Arseniy, Nesterov Alexander}
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\institute {Nizhny Novgorod State University}
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\section {Tasks }
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\begin {frame }{Tasks}
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- Tasks in the course are splitted into the following subgroups:
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+ Tasks in the course are split into the following subgroups:
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\begin {itemize }
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\item Classical Tasks of Parallel Programming
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\item Data Transfer Methods
@@ -116,7 +116,7 @@ \section{Tasks}
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\begin {frame }{Disclaimers}
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\begin {itemize }
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\item All matrices should be stored in linear arrays (not \texttt {std::vector<std::vector<int> > })
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- \item Performance should be meauserd on big matrices/vectors
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+ \item Performance should be measured on big matrices/vectors
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\item Total execution time (per test) is more than 1 second
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\item Functionality should be preserved for wide range of processes count
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\end {itemize }
@@ -309,7 +309,7 @@ \section{Image Processing}
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Notes:
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\begin {itemize }
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\item Use RGB/BGR (color) linearized matrix
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- \item Allowed to verify unctionality using boost
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+ \item Allowed to verify functionality using boost
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\item Compare time metric with sequential implementation
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\end {itemize }
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\end {frame }
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