#Octave / Matlab

#The values are in seconds and the vectors are containing the execution time of first, second and 3rd run.

#Texas
teragen=[ 419 427 440 ]; [mean(teragen) std(teragen)]
terasort=[ 2165 1735 1887 ]; [mean(terasort) std(terasort)]
teravalidate=[ 162 147 144 ]; [mean(teravalidate) std(teravalidate)]

#GCP
teragen=[ 1147 1154 1705 ]; [mean(teragen) std(teragen)]
terasort=[ 3676 3546 3614 ]; [mean(terasort) std(terasort)]
teravalidate=[ 663 596 661 ]; [mean(teravalidate) std(teravalidate)]

#AWS


octave:1> #Texas
octave:1> teragen=[ 419 427 440 ]; [mean(teragen) std(teragen)]
ans =

   428.667    10.599

octave:2> terasort=[ 2165 1735 1887 ]; [mean(terasort) std(terasort)]
ans =

   1929.00    218.06

octave:3> teravalidate=[ 162 147 144 ]; [mean(teravalidate) std(teravalidate)]
ans =

   151.0000     9.6437

octave:4>
octave:4> #GCP
octave:4> teragen=[ 1147 1154 1705 ]; [mean(teragen) std(teragen)]
ans =

   1335.33    320.16

octave:5> terasort=[ 3676 3546 3614 ]; [mean(terasort) std(terasort)]
ans =

   3612.000     65.023

octave:6> teravalidate=[ 663 596 661 ]; [mean(teravalidate) std(teravalidate)]
ans =

   640.000    38.118

#AWS