(Solved): Determine the pseudoinverse (Moore-Penrose pseudoinverse) of P=0.80.910.40.90 note t ...

Determine the pseudoinverse (Moore-Penrose pseudoinverse) of $$P=\left[\begin{array}{cc}0.8& ?0.4\\ 0.9& 0.9\\ 1& 0\end{array}\right]$$ note that $$P^{+}={\left(P^{T}P\right)}^{?1}{P}^T$$ Answer this question Given the two input patterns $${\mathbf{p}}_1$$ and $${\mathbf{p}}_2$$ shown in the figure. Use column-major order to scan the patterns and each white square will be represented by a "2", and each dark square will be represented by a "-7". $${}^{??}$$. Compute the weight matrix $$W$$ of an associative memory neural network using the pseudoinverse rule (Moore-Penrose pseudoinverse) with output targets $$t_1=[3]$$ and $$t_2=[?3]$$.