We offer a new and straightforward proof of F.B. Knight’s [3] theorem that the Cauchy type is characterized by the fact that it has no atom and is invariant under the involution i : x → –1/ x . Our approach uses the representation X = tan θ where θ is uniform on (–π/2, π/2) when X is standard Cauchy. A matrix generalization of this characterization theorem is also given
An interesting class of continuous distributions, called Cauchy-type mixture, with potential applica...
AbstractThe purpose of this paper is to calculate the distributions of several joint statistics on t...
The Cauchy–Schlömilch transformation states that for a function f and a, b>0, the integral of ƒ(ᵡ2) ...
The standard Cauchy distribution is completely characterized by theproperty that it has no atmos and...
AbstractThis paper propounds a short proof of a result previously proved by F. Knight and P. A. Meye...
The characterization of Cauchy distribution by assuming the identical distribution of a monomial and...
Advanced calculus is necessary to prove rigorously the main properties of the Cauchy distribution. I...
Abstract: In this paper, we use Stein’s method to find the necessary and sufficient conditions for C...
This thesis is a survey of the Cauchy law. We begin by exploring its genesis and some of its most im...
AbstractSeveral exceptions are provided for a theorem in Cauchy’s Cours d’Analyse in the proof of wh...
Advanced calculus is necessary to prove rigorously the main properties of the Cauchy distribution. I...
It is shown that matrix quotients of submatrices of a spherical matrix are distributed as matrix Cau...
<p>Cauchy distribution with a scale of <i>γ</i> = 0.707 used as the prior distribution.</p
The famous paper of Darling and Kac (1957) obtains the distribution of ∫10f(X(u)) du for a wid...
1a Three convolution semigroups A family (µt)t∈[0,∞) of probability measures on R is called a convol...
An interesting class of continuous distributions, called Cauchy-type mixture, with potential applica...
AbstractThe purpose of this paper is to calculate the distributions of several joint statistics on t...
The Cauchy–Schlömilch transformation states that for a function f and a, b>0, the integral of ƒ(ᵡ2) ...
The standard Cauchy distribution is completely characterized by theproperty that it has no atmos and...
AbstractThis paper propounds a short proof of a result previously proved by F. Knight and P. A. Meye...
The characterization of Cauchy distribution by assuming the identical distribution of a monomial and...
Advanced calculus is necessary to prove rigorously the main properties of the Cauchy distribution. I...
Abstract: In this paper, we use Stein’s method to find the necessary and sufficient conditions for C...
This thesis is a survey of the Cauchy law. We begin by exploring its genesis and some of its most im...
AbstractSeveral exceptions are provided for a theorem in Cauchy’s Cours d’Analyse in the proof of wh...
Advanced calculus is necessary to prove rigorously the main properties of the Cauchy distribution. I...
It is shown that matrix quotients of submatrices of a spherical matrix are distributed as matrix Cau...
<p>Cauchy distribution with a scale of <i>γ</i> = 0.707 used as the prior distribution.</p
The famous paper of Darling and Kac (1957) obtains the distribution of ∫10f(X(u)) du for a wid...
1a Three convolution semigroups A family (µt)t∈[0,∞) of probability measures on R is called a convol...
An interesting class of continuous distributions, called Cauchy-type mixture, with potential applica...
AbstractThe purpose of this paper is to calculate the distributions of several joint statistics on t...
The Cauchy–Schlömilch transformation states that for a function f and a, b>0, the integral of ƒ(ᵡ2) ...