AbstractA lucid description of the variable metric (DEP) method due to Davidon (1959), Flectcher and Powell (1963) is given. A newly developed FORTRAN IV Program FUNMIN-2, which is based on the original DFP-method incorporating a few computationally significant modifications has been compared with the FORTRAN version of the ALGOL procedure FLEPOMIN (1966). Results of computation for a number of well-known numerical examples are presented which prove the superiority of FUNMIN-2. The two programs were executed on a CDC 6400 computer
Improving computations in DFP method for function minimization using doubly relaxed generalized inve...
Fixed-basis and variable-basis approximation schemes are compared for the problems of function appro...
AbstractA new algorithm for function minimization is presented. The new algorithm is based upon homo...
AbstractA lucid description of the variable metric (DEP) method due to Davidon (1959), Flectcher and...
AbstractIn this paper, we discuss the convergence of the DFP algorithm with revised search direction...
The selection of updating formulas for the H matrix and the subproblem of one-dimensional search are...
A method for determining numerically local minima of differentiable functions of several variables i...
Simple derivations, at a level appropriate for an undergraduate computational physics course, of the...
Abstract. This is a method for determining numerically local minima of differentiable functions of s...
Quasi-Newton methods were introduced by Charles Broyden [A class of methods for solving nonlinear si...
We develop a class of methods for minimizing a nondifferentiable function which is the maximum of a...
The Fletcher-Powell version of the Davidon variable metric unconstrained minimization technique is d...
As a first step to the realization of a new computer program to solve general nonlinear optimization...
textFinite-difference methods for computing the derivative of a function with respect to an independ...
Recently developed quasi-Newton algorithms for unconstrained optimization focus on the solution of b...
Improving computations in DFP method for function minimization using doubly relaxed generalized inve...
Fixed-basis and variable-basis approximation schemes are compared for the problems of function appro...
AbstractA new algorithm for function minimization is presented. The new algorithm is based upon homo...
AbstractA lucid description of the variable metric (DEP) method due to Davidon (1959), Flectcher and...
AbstractIn this paper, we discuss the convergence of the DFP algorithm with revised search direction...
The selection of updating formulas for the H matrix and the subproblem of one-dimensional search are...
A method for determining numerically local minima of differentiable functions of several variables i...
Simple derivations, at a level appropriate for an undergraduate computational physics course, of the...
Abstract. This is a method for determining numerically local minima of differentiable functions of s...
Quasi-Newton methods were introduced by Charles Broyden [A class of methods for solving nonlinear si...
We develop a class of methods for minimizing a nondifferentiable function which is the maximum of a...
The Fletcher-Powell version of the Davidon variable metric unconstrained minimization technique is d...
As a first step to the realization of a new computer program to solve general nonlinear optimization...
textFinite-difference methods for computing the derivative of a function with respect to an independ...
Recently developed quasi-Newton algorithms for unconstrained optimization focus on the solution of b...
Improving computations in DFP method for function minimization using doubly relaxed generalized inve...
Fixed-basis and variable-basis approximation schemes are compared for the problems of function appro...
AbstractA new algorithm for function minimization is presented. The new algorithm is based upon homo...