hpcs-17-subord

git clone https://git.igankevich.com/hpcs-17-subord.git
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commit ae6eb911a5900f13ed2179862ee0947ba9a0287d
parent b6311a1cfd05d7195886b29110f3135ccb70e746
Author: Ivan Gankevich <igankevich@ya.ru>
Date:   Tue, 14 Mar 2017 14:28:27 +0300

Move introduction. Add related work.

Diffstat:
src/body.tex | 13-------------
src/head.tex | 13+++++++++++++
2 files changed, 13 insertions(+), 13 deletions(-)

diff --git a/src/body.tex b/src/body.tex @@ -1,16 +1,3 @@ -\section{Introduction} - -In large scale cluster environments node faults are common. In general this do -not lead to global cluster malfunction, but it have huge impact on job running -on faulty resources. Classical MPI programs will fail if any one of used nodes -will broke. Today existed solutions mainly focused on making node checkpoints, -but with increasing speed of computations it became less efficient. Our approach -to make cluster computations reliable and efficient again is to use special -framework focused on structuring source algorithm in strong hierarchy of -parallel and sequential parts. Using different fault tolerant scenarios based on -hierarchy interactions framework can provide continuous computations in case of -hardware errors or electricity outages. - \section{Computational kernel hierarchy} The framework provides classes and methods to simplify development of diff --git a/src/head.tex b/src/head.tex @@ -1 +1,14 @@ \section{Introduction} + +In large scale cluster environments node faults are common. In general this do +not lead to global cluster malfunction, but it have huge impact on job running +on faulty resources. Classical MPI programs will fail if any one of used nodes +will broke. Today existed solutions mainly focused on making node checkpoints, +but with increasing speed of computations it became less efficient. Our approach +to make cluster computations reliable and efficient again is to use special +framework focused on structuring source algorithm in strong hierarchy of +parallel and sequential parts. Using different fault tolerant scenarios based on +hierarchy interactions framework can provide continuous computations in case of +hardware errors or electricity outages. + +\section{Related work}