On $\mathcal{I}$-convergence of sequences of functions and uniform conjugacy

In this paper we introduce the notion of $\mathcal{I^*}\text{-}\alpha$-uniform equal convergence and $\mathcal{I^*}\text{-}\alpha$-strong uniform equal convergence of sequences of functions and then investigate some lattice properties of $\Phi ^{\mathcal{I^*}\text{-}\alpha\text{-}u.e.}$ and $\Phi ^{\mathcal{I^*}\text{-}\alpha \text{-}s.u.e.}$, the classes of all functions which are $\mathcal{I^*}\text{-}\alpha$-uniform equal limits and $\mathcal{I^*}\text{-}\alpha$-strong uniform equal limits of sequences of functions respectively obtained from a class of functions $\Phi$. We have also shown that $\mathcal{I}$-exhaustiveness, $\mathcal{I}$-uniform and $\mathcal{I}\text{-}\alpha$- convergence of sequences of functions are preserved under uniform conjugacy