Indeed, SE L) is large if the distribution is flat (all the patterns are identically distributed and the pattern distribution carries the maximum amount of information).
non-negative random variables such that Y and X in (1.1) are identically distributed, then S_{n} stackrel{d}sum_{j=1}^{N_{1}+N_{2}+cdots+N_{n}}Y_{j}, where (stackrel{d}) denotes the identical distribution.
The interruptions, from the LP packets point of view, are identically distributed due to the exponential LP service time distribution.
Autosomal DNA is inherited non-sex-specifically and from both parents; therefore, female and male offspring have identical distributions of admixture, and H α, g, f and H α, g, m are identically distributed.
If the Ys are identically distributed as well as independent, this transition probability does not depend on t, and then X t) is a Markov process with stationary transition probabilities.
Moreover, if random variables are identically distributed, then (3.3).
If the branches are identically distributed ( and ), (13) reduces to.
Assume that ({X_{n}, ngeq1}) are identically distributed random vectors with (2.2′) in Lemma 2.6.
We assume that the scheduling probabilities are identically distributed over time and frequency but not independently.
It is noteworthy that because of the problem symmetry, 's are identically distributed random variables.
When ({X_{i}, igeq1}) and X are identically distributed r.v.s, Assumptions 1 and 1∗ are satisfied.
