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| author | Suren A. Chilingaryan <csa@suren.me> | 2026-10-04 23:10:08 +0200 |
|---|---|---|
| committer | Suren A. Chilingaryan <csa@suren.me> | 2026-10-04 23:10:08 +0200 |
| commit | 84ad308fc110b8887a1fc66eeed870843fd41e92 (patch) | |
| tree | fbe121e717e7c8e33049e80fbd25166378fe1d89 /section_research.tex | |
| parent | 114e9e6fb4492d6744fdc296006e77d075493530 (diff) | |
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New version of industrial CV with Morphosphere and System Software Architect focus
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| -rw-r--r-- | section_research.tex | 4 |
1 files changed, 2 insertions, 2 deletions
diff --git a/section_research.tex b/section_research.tex index 3efe97c..4f579f0 100644 --- a/section_research.tex +++ b/section_research.tex @@ -23,14 +23,14 @@ Below are referenced selected peer-reviewed publications which are either author \technology {\ivl{2014}{2015}} {Alps} {KARA} {Implemented}{fast DMA drivers with GPUDirect / DirectGMA support~\cite{rota2015dma}} \research {\ivl{2013}{2014}} {UFO,PyHST} {KARA,ESRF} {Reviewed}{asymptotically fast methods of tomographic reconstruction well-fitted for GPU architectures~\cite{rshkarin2015}} \research {\ivl{2011}{2013}} {UFO} {KARA} {Researched}{software architectures for online processing of image streams~\cite{vogelgesang2012ufo}} - \technology {\ivl{2011}{2013}} {Alps} {KARA} {Developed a}{streaming data acquisition platform for scientific cameras~\cite{caselle2013camera}}% (readout, debugging, storage) / :readout framework, camera drivers, absraction, streaming storage, scripting & debugging + \technology {\ivl{2011}{2013}} {Alps} {KARA} {Developed a}{streaming data acquisition platform for scientific cameras~\cite{caselle2013camera}}% (readout, debugging, storage) / :readout framework, camera drivers, abstraction, streaming storage, scripting & debugging \datedeventsection{\since{2007}}{Parallel architectures, performance analysis, and software optimization}{verycomplexevents} \technology {\ivl{2020}{2021}} {CCPi} {UoM} {Applied}{methods of approximate computing to enable reconstruction of large datasets using memory-intensive regularization methods~\cite{ametova2021neutron}} \research {\ivl{2017}{2018}} {PyHST} {} {Researched}{performance imbalances and a hidden parallelism in GPU architectures and how they can be exploited to speed-up tomographic reconstruction~\cite{csa2018sbac}} % Balancing part is new, everything else was done earlier... \technology {\ivl{2014}{2017}} {UFO} {KARA} {Investigated}{viable compromises between reconstruction quality and parallelization capabilities of tomographic algorithms~\cite{ashkarin2015}} \technology {\ivl{2013}{2014}} {UFO} {} {Developed}{parallel algorithms for $\mu$PIV (micro-particle velocimetry)~\cite{cavadini2018upiv}} - \technology {2010} {MRSES} {ASEC} {Leveraged the}{PoweXCell architecture for an MRSES feature selection algorithm (5000x speed-up compared to a MATLAB prototype)} + \technology {2010} {MRSES} {ASEC} {Leveraged the}{PowerXCell architecture for an MRSES feature selection algorithm (5000x speed-up compared to a MATLAB prototype)} \technology {\ivl{2009}{2010}} {PyHST} {KARA,ESRF} {Optimized the}{PyHST tomographic reconstruction framework~\cite{csa2011pyhst}} \technology {\ivl{2009}{2010}} {DictHW} {} {Implemented a}{digital image correlation and tracking algorithm for GPUs} %(10x speed-up) \technology {\ivl{2007}{2008}} {XMLBench} {} {Carried out a}{performance study of open-source XML frameworks~\cite{csa2009xmlbench}} |