\begin{align}
\label{sum:rimnorm1}	q^i_\epsilon&=\frac{\epsilon_i}{\epsilon_i+\mu^i_\epsilon}\\
\label{sum:rimnorm2}	\sigma^i_\epsilon&=f^i_\epsilon e^{\left(\theta^i_\epsilon\, q^i_\epsilon\,q_i\right)}\\
\label{sum:rimnorm3}	r^i_{im}&=\sum^n_{k=1, k\neq i} w_k\, m_k + \sigma^i_\epsilon \epsilon_i
\end{align}
