s/high/higher.

diff --git a/Heter_paper.tex b/Heter_paper.tex
index 4689caf322948dddb72e61b8530957f3d2334552..6be3c9f3281f2bd32035f6a0ec9da3573aa9b87c 100644 (file)
--- a/Heter_paper.tex
+++ b/Heter_paper.tex
@@ -981,7 +981,7 @@ significantly reduces the energy consumption (up to \np[\%]{35}) and tries to
 limit the performance degradation.  They also show that the energy saving
 percentage decreases when the number of computing nodes increases.  This
 reduction is due to the increase of the communication times compared to the
 limit the performance degradation.  They also show that the energy saving
 percentage decreases when the number of computing nodes increases.  This
 reduction is due to the increase of the communication times compared to the

-execution times when the benchmarks are run over a high number of nodes.
+execution times when the benchmarks are run over a higher number of nodes.

 Indeed, the benchmarks with the same class, C, are executed on different numbers
 of nodes, so the computation required for each iteration is divided by the
 number of computing nodes.  On the other hand, more communications are required
 Indeed, the benchmarks with the same class, C, are executed on different numbers
 of nodes, so the computation required for each iteration is divided by the
 number of computing nodes.  On the other hand, more communications are required