# Changeset 1363 for docs/HPCA2012/01-intro.tex

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Timestamp:
Aug 24, 2011, 8:08:45 AM (8 years ago)
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Intro, related work section

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 r1349 In the end, as summarized by Figure~\ref{perf-energy} our Parabix-based XML parser improves the performance by %?$\times$ performance %by ?$\times$ and energy efficiency %by ?$\times$ several-fold compared to widely-used software parsers and approaching the performance of to widely-used software parsers, approaching the %?$cycles/input-byte$ performance of ASIC XML Overall we make the following contributions in this paper. 1) We introduce the Parabix architecture, tool chain and run-time 1) We outline the Parabix architecture, tool chain and run-time environment and describe how it may be used to produce efficient XML parser implementations on a variety of commodity processors. parsing. 2) We compare our Parabix XML parsers against conventional parsers 2) We compare Parabix XML parsers against conventional parsers and assess the improvement in overall performance and energy efficiency on each platform.   We are the first to compare and contrast SSE/AVX extensions across Section~\ref{section:multithread} then looks at the multithreading of the Parabix XML parser using pipeline parallelism. Section~\ref{section:related} discusses related work, while Section~\ref{section:conclusion} concludes the paper.