problem 2.tex (1685B)
1 \begin{tikzpicture} 2 \node[anchor=south west] at (0, 6) {Degenerate distributions:}; 3 \drawDistribution{activation}{\(P(\rndm{r}\mid s_1) = \)}{5.5}{0/0.02, 1/0.05, 2/0.01, 3/0.87, 4/0.08, 5/0.06, 6/0.04, 7/0.06, 8/0.06, 9/0.01} 4 \drawDistribution{activation}{\(P(\rndm{r}\mid s_2) = \)}{5}{0/0.01, 1/0.07, 2/0.08, 3/0.85, 4/0.02, 5/0.03, 6/0.07, 7/0.06, 8/0.02, 9/0.05} 5 \drawDistribution{activation}{\(P(\rndm{r}\mid s_3) = \)}{4.5}{0/0.02, 1/0.05, 2/0.01, 3/0.88, 4/0.02, 5/0.03, 6/0.07, 7/0.03, 8/0.02, 9/0.03} 6 \drawDistribution{activation}{\(P(\rndm{r}\mid s_4) = \)}{4}{0/0.03, 1/0.01, 2/0.04, 3/0.86, 4/0.04, 5/0.03, 6/0.07, 7/0.05, 8/0.06, 9/0.02} 7 \node at (0.75, 3.665) {\(\vdots\)}; 8 \drawDistribution{mean activation}{\(\text{average} = \)}{3}{0/0.02, 1/0.045, 2/0.035, 3/0.865, 4/0.04, 5/0.0375, 6/0.0625, 7/0.05, 8/0.04, 9/0.0275} 9 10 \node[anchor=south west] at (0, 2.5) {Desired distributions:}; 11 \drawDistribution{activation}{\(P(\rndm{r}\mid s_1) = \)}{2}{0/0.02, 1/0.05, 2/0.01, 3/0.07, 4/0.08, 5/0.06, 6/0.04, 7/0.86, 8/0.06, 9/0.01} 12 \drawDistribution{activation}{\(P(\rndm{r}\mid s_2) = \)}{1.5}{0/0.01, 1/0.07, 2/0.08, 3/0.05, 4/0.82, 5/0.03, 6/0.07, 7/0.06, 8/0.02, 9/0.05} 13 \drawDistribution{activation}{\(P(\rndm{r}\mid s_3) = \)}{1}{0/0.02, 1/0.05, 2/0.01, 3/0.08, 4/0.02, 5/0.83, 6/0.07, 7/0.03, 8/0.02, 9/0.03} 14 \drawDistribution{activation}{\(P(\rndm{r}\mid s_4) = \)}{0.5}{0/0.83, 1/0.01, 2/0.04, 3/0.06, 4/0.04, 5/0.03, 6/0.07, 7/0.05, 8/0.06, 9/0.02} 15 \node at (0.75, 0.165) {\(\vdots\)}; 16 \drawDistribution{mean activation}{\(\text{average} = \)}{-0.5}{0/0.35, 1/0.32, 2/0.31, 3/0.37, 4/0.38, 5/0.36, 6/0.34, 7/0.36, 8/0.36, 9/0.31} 17 \end{tikzpicture}%