The concept of α-uniform for generating an α-unimodal discrete distribution is introduced. Upper bounds for the variance of discrete α-unimodal distributions are established. Sufficient conditions for the convolution of α-unimodal distributions about a to be α-unimodal about the same mode are derived. These results are reduced to the usual discrete uniform and discrete unimodal distributions for α = 1. The paper includes other related results
As is known, the convolution µ ∗ ν of two G-normal distributions µ, ν with different intervals of va...
Let X be an absolutely continuous (a.c.) random variable (r.v.) with finite vari-ance σ2. Then, ther...
Abstract A general form of a family of bounded two-sided continuous distributions is introduced. Th...
The concept of [alpha]-uniform for generating an [alpha]-unimodal discrete distribution is introduce...
AbstractA univariate probability distribution which has support in [−1, 1] and is unimodal with resp...
A new sufficient condition for the variance of a unimodal distribution in [left floor]a, b[right flo...
Gray and Odell have proved that no symmetric continuous unimodal density on the interval [a,b], with...
We give simple proofs of two results about convolutions of unimodal distributions. The first of thes...
We prove optimal constant over root n upper bounds for the maximal probabilities of nth convolution ...
Let U and V be independent random variables with continuous density function on the interval (0, 1)....
In this thesis, Kanter's representation of multivariate unimodal distributions is shown equivalent t...
In this partly expository article, I am concerned with some simple yet fundamental aspects of discre...
SUMMARY. In a remarkable paper by Lin (1988), the uniform distribution U(0, 1) i
This report constitutes the Doctoral Dissertation for Munevver Mine Subasi and consists of three top...
The question of testing for equality in distribution between two linear models, each consisting of s...
As is known, the convolution µ ∗ ν of two G-normal distributions µ, ν with different intervals of va...
Let X be an absolutely continuous (a.c.) random variable (r.v.) with finite vari-ance σ2. Then, ther...
Abstract A general form of a family of bounded two-sided continuous distributions is introduced. Th...
The concept of [alpha]-uniform for generating an [alpha]-unimodal discrete distribution is introduce...
AbstractA univariate probability distribution which has support in [−1, 1] and is unimodal with resp...
A new sufficient condition for the variance of a unimodal distribution in [left floor]a, b[right flo...
Gray and Odell have proved that no symmetric continuous unimodal density on the interval [a,b], with...
We give simple proofs of two results about convolutions of unimodal distributions. The first of thes...
We prove optimal constant over root n upper bounds for the maximal probabilities of nth convolution ...
Let U and V be independent random variables with continuous density function on the interval (0, 1)....
In this thesis, Kanter's representation of multivariate unimodal distributions is shown equivalent t...
In this partly expository article, I am concerned with some simple yet fundamental aspects of discre...
SUMMARY. In a remarkable paper by Lin (1988), the uniform distribution U(0, 1) i
This report constitutes the Doctoral Dissertation for Munevver Mine Subasi and consists of three top...
The question of testing for equality in distribution between two linear models, each consisting of s...
As is known, the convolution µ ∗ ν of two G-normal distributions µ, ν with different intervals of va...
Let X be an absolutely continuous (a.c.) random variable (r.v.) with finite vari-ance σ2. Then, ther...
Abstract A general form of a family of bounded two-sided continuous distributions is introduced. Th...