$1\mathrm{.}2$ Problem $2$

Suppose that $s_1(t)$ through $s_4(l)$ are as shown on the signal space diagram.

Figure $1\mathrm{.}2\mathrm{.}1$: Your caption here.

Determine the energy $E_i$ for each $s_i.$

Determine the correlations Ri$,$j for all iI$,$ j $($i is not equal to j$)$

Determine the Euclidean distances di$,$j for all iI$,$ j $($i does not equal j$)$

Determine the Mean Squared Error for all i$,$j $($iI does not equal j$)$