This memo describers some of the important properties and manipulations of Hypergeometric Functions which my be useful in MATHLAB. A convention for representing the function is adopted which is readily adaptable to LISP operation. The most general tye of HGF with which we will be concerned is a function of a single variable, x, and is parametricized by "a" list, of length p, and a "B" list, of length "q". the latter consists, in general, of atoms; the argument is usually x, but may also be a simple function of x
An algorithm and a MATLAB implementation for computing the Kummer function U(a,b,x) and its derivati...
AbstractMost problems in computational geometry are algebraic. A general approach to address nonrobu...
Abstract. The two most commonly used hypergeometric functions are the confluent hyper-geometric func...
We present an efficient implementation of hypergeometric functions in arbitrary-precision interval a...
In the present paper the authors define a new basic hypergeometric function which is an extension of...
Thesis (M.S.) Massachusetts Institute of Technology. Dept. of Mathematics, 1946.Bibliography: leaf [...
The confluent hypergeometric function, M(a,b,x), arises naturally in both statistics and physics. Al...
Finite hypergeometric functions are functions of a finite field Fq to C . They arise as Fourier expa...
The Gauss hypergeometric functions 2F1 with arbitrary values of parameters are reduced to two functi...
Abstract. We present new algorithms that efficiently approximate the hypergeometric function of a ma...
AbstractWe introduce and study analogues of hypergeometric functions in the setting of function fiel...
AbstractThe hypergeometric functions here considered depend upon N variables, N numerator parameters...
The generalized hypergeometric functions in one and several variables and their natural generalizati...
we aim in this work at establishing new operational representations for the hypergeometric functions...
This program has been imported from the CPC Program Library held at Queen's University Belfast (1969...
An algorithm and a MATLAB implementation for computing the Kummer function U(a,b,x) and its derivati...
AbstractMost problems in computational geometry are algebraic. A general approach to address nonrobu...
Abstract. The two most commonly used hypergeometric functions are the confluent hyper-geometric func...
We present an efficient implementation of hypergeometric functions in arbitrary-precision interval a...
In the present paper the authors define a new basic hypergeometric function which is an extension of...
Thesis (M.S.) Massachusetts Institute of Technology. Dept. of Mathematics, 1946.Bibliography: leaf [...
The confluent hypergeometric function, M(a,b,x), arises naturally in both statistics and physics. Al...
Finite hypergeometric functions are functions of a finite field Fq to C . They arise as Fourier expa...
The Gauss hypergeometric functions 2F1 with arbitrary values of parameters are reduced to two functi...
Abstract. We present new algorithms that efficiently approximate the hypergeometric function of a ma...
AbstractWe introduce and study analogues of hypergeometric functions in the setting of function fiel...
AbstractThe hypergeometric functions here considered depend upon N variables, N numerator parameters...
The generalized hypergeometric functions in one and several variables and their natural generalizati...
we aim in this work at establishing new operational representations for the hypergeometric functions...
This program has been imported from the CPC Program Library held at Queen's University Belfast (1969...
An algorithm and a MATLAB implementation for computing the Kummer function U(a,b,x) and its derivati...
AbstractMost problems in computational geometry are algebraic. A general approach to address nonrobu...
Abstract. The two most commonly used hypergeometric functions are the confluent hyper-geometric func...