Changeset 1116


Ignore:
Timestamp:
Apr 11, 2011, 3:16:12 PM (8 years ago)
Author:
ksherdy
Message:

Minor edits.

Location:
docs/PACT2011
Files:
3 edited

Legend:

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  • docs/PACT2011/06-scalability.tex

    r1115 r1116  
    11\section{Scalability}
    22\subsection{Performance}
    3 Figure \ref{Scalability} (a) demonstrates the average XML well-formedness checking performance of Parabix2 for each of the workloads and as executed on each of the processor cores --- \CO{}, \CITHREE\ and \SB{}.
     3Figure \ref{Scalability} (a) demonstrates the average XML well-formedness checking performance of Parabix2 for each of the workloads and as executed on each of the processor cores --- \CO\, \CITHREE\ and \SB{}.
    44Processing time is shown in terms of bit stream based operations executed in `bit-space' and postprocessing operations executed in `byte-space'.
    55In the Parabix2 parser, bit-space parallel bit stream parser operations consist primarily of SIMD instructions; byte-space operations
     
    2828\subsection{Power and Energy}
    2929
    30 Figure \ref{power_Parabix2} shows the average power consumption of Parabix2 over each workload and as executed on each of the processor cores --- \CO{}, \CITHREE\ and \SB\.
     30Figure \ref{power_Parabix2} shows the average power consumption of Parabix2 over each workload and as executed on each of the processor cores --- \CO{}, \CITHREE\ and \SB{}.
    3131Average power consumption on \CO{} is 32 watts. Execution on \CITHREE\ results in 30\% power saving over \CO{}.
    3232\SB\ saves 25\% of the power compared with \CITHREE\ and consumes only 15 watts.
  • docs/PACT2011/07-avx.tex

    r1048 r1116  
    1 \section{Scaling Parabix2 for AVX Technology}
     1\section{Scaling Parabix2 for AVX}
    22
    33Parabix2 was originally developed for 128-bit SSE2 technology widely
     
    1212\includegraphics[height=0.25\textheight]{plots/InsMix.pdf}
    1313\end{center}
    14 \caption{Parabix2 Instruction Counts (y-axis: Instructions per KByte)}
     14\caption{Parabix2 Instruction Counts (y-axis: Instructions per kB)}
    1515\label{insmix}
    1616\end{figure*}
     
    2020\includegraphics[width=0.5\textwidth]{plots/avx.pdf}
    2121\end{center}
    22 \caption{Parabix2 Performance (y-axis: CPU cycles per KB)}
     22\caption{Parabix2 Performance (y-axis: CPU Cycles per kB)}
    2323\label{avx}
    2424\end{figure}
     
    4242operations as well as with base 128-bit operations of SSE.
    4343
    44 \subsection{256-bit Operations}
     44\subsection{256-bit AVX Operations}
    4545
    4646With the introduction of 256-bit SIMD registers with AVX technology,
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