Let U be the open unit disk with the normalized Lebesgue measure m and $L_a^p = L^p\bigcap H(U)$. For a positive measure μ on U and p > 1, there exists a constant C satisfying
$\int_U\mid{f}\mid^pd\mu\le C \int_U\mid{f}\mid^pdm for all f\in L^p_a$
if and only if μ is a Carlson measure.
For 0 < q < p, Luecking found a necessary and sufficient condition for there to exist a constant C satisfying
$\left(\int_U\mid f \mid^q d\mu \right)^{1/q} \le C \left( \int_U \mid f \mid^p dm \right)^{1/p} for all f \in L^p_a$
In this paper we generalized this to the higher dimensional spaces and found some applications.