}
\institute{R. Couturier \and A. Giersch \at
- LIFC, University of Franche-Comté, Belfort, France \\
+ FEMTO-ST, University of Franche-Comté, Belfort, France \\
% Tel.: +123-45-678910\\
% Fax: +123-45-678910\\
\email{%
- raphael.couturier@univ-fcomte.fr,
- arnaud.giersch@univ-fcomte.fr}
+ raphael.couturier@femto-st.fr,
+ arnaud.giersch@femto-st.fr}
}
\maketitle
\paragraph{Configurations}
-In order to show the behaviour of the different strategies in different
+In order to show the behavior of the different strategies in different
settings, we simulated the executions on two sorts of platforms. These two
sorts of platforms differ by their underlaid network topology. On the one hand,
we have homogeneous platforms, modeled as a cluster. On the other hand, we have
The distributed processes of the application were then logically organized along
three possible topologies: a line, a torus or an hypercube. We ran tests where
the total load was initially on an only node (at one end for the line topology),
-and other tests where the load was initially randomly distributed accross all
+and other tests where the load was initially randomly distributed across all
the participating nodes.
-For each of the preceding configuration, we finally had to cohose the
+For each of the preceding configuration, we finally had to choose the
computation and communication costs of a load unit. We chose them, such as to
have three different computation over communication cost ratios, and hence model
three different kinds of applications:
% LocalWords: Raphaël Couturier Arnaud Giersch Abderrahmane Sider Franche ij
% LocalWords: Bertsekas Tsitsiklis SimGrid DASUD Comté Béjaïa asynchronism ji
-% LocalWords: ik isend irecv Cortés et al chan ctrl fifo
+% LocalWords: ik isend irecv Cortés et al chan ctrl fifo Makhoul
