nodes = 1:12;
nodes = nodes';

load montecarlo_results.out;
results = results(1:12,:);
s1 = results(1,5) ./ results(:,5);
e1 = s1 ./ nodes;

load bootstrap_results.out;
results = results(1:12,:);
s2 = results(1,2) ./ results(:,2);
e2 = s2 ./ nodes;

load mle_results.out;
results = results(1:12,:);
s3 = results(1,2) ./ results(:,2);
e3 = s3 ./ nodes;

load gmm_results.out;
results = results(1:12,:);
s4 = results(1,2) ./ results(:,2);
e4 = s4 ./ nodes;

load kernel_results.out;
results = results(6,2:13);
results = results';
s5 = results(1,1) ./ results(:,1);
e5 = s5 ./ nodes;

speedup = [s1 s2 s3 s4 s5];
efficiency = [e1 e2 e3 e4 e5];
nodes = 1:12;
plot(speedup);
legend("MONTECARLO", "BOOTSTRAP", "MLE", "GMM", "KERNEL", [4,10]);
axis([1;12]);
xlabel("nodes");
replot;
print("speedup.eps", "-depsc2");

plot(efficiency);
legend("MONTECARLO", "BOOTSTRAP", "MLE", "GMM", "KERNEL", [9,1.25]);
axis([1;12]);
#print("efficiency.eps", "-depsc2");

cnames = str2mat("MONTECARLO", "BOOTSTRAP", "MLE", "GMM", "KERNEL");
save2tex(speedup, "speedup.tex", cnames, "", 3);
save2tex(efficiency, "efficiency.tex");