We propose some automatic techniques for unconstrained optimization with the objective function given by some computer program. We show that the Newton step can be calculated in O(m2) operations where m is the number of stages in the function evaluation program. We also show that methods developed in Coleman and Liao [1] and Liao [8] for unconstrained discrete-time optimal control problems can be modified to handle general cases
This paper describes computational algorithms for solving unconstrained and contrained optimization ...
A simple derivative free optimization method is presented. Some examples are provided showing the sp...
The problem of optimizing a nonlinear function of one or more variables in the sense of locating the...
Finding the unconstrained minimizer of a function of more than one variable is an important problem ...
Although it is a very old theme, unconstrained optimization is an area which is always actual for ma...
This thesis addresses the topic of unconstrained optimization. It describes seven derivative-free op...
We begin by developing a line search method for unconstrained optimization which can be regarded as ...
We propose an optimal control approach to tackle large scale unconstrained optimization problems. Ou...
Optimization-based controllers are advanced control systems whose mechanism of determining control i...
Mathematical optimization is the selection of the best element in a set with respect to a given crit...
abstract: the well-known difficulties with the treatment of ill-conditioned unconstrained optimizati...
A constrained minimax problem is converted to minimization of a sequence of unconstrained and contin...
A general approach to the determination of approximate solutions of general control problems by expl...
Abstract. In this paper, an unconstrained minimization algorithm is defined in which a nonmonotone l...
Some computable schemes for descent methods without line search are proposed. Convergence properties...
This paper describes computational algorithms for solving unconstrained and contrained optimization ...
A simple derivative free optimization method is presented. Some examples are provided showing the sp...
The problem of optimizing a nonlinear function of one or more variables in the sense of locating the...
Finding the unconstrained minimizer of a function of more than one variable is an important problem ...
Although it is a very old theme, unconstrained optimization is an area which is always actual for ma...
This thesis addresses the topic of unconstrained optimization. It describes seven derivative-free op...
We begin by developing a line search method for unconstrained optimization which can be regarded as ...
We propose an optimal control approach to tackle large scale unconstrained optimization problems. Ou...
Optimization-based controllers are advanced control systems whose mechanism of determining control i...
Mathematical optimization is the selection of the best element in a set with respect to a given crit...
abstract: the well-known difficulties with the treatment of ill-conditioned unconstrained optimizati...
A constrained minimax problem is converted to minimization of a sequence of unconstrained and contin...
A general approach to the determination of approximate solutions of general control problems by expl...
Abstract. In this paper, an unconstrained minimization algorithm is defined in which a nonmonotone l...
Some computable schemes for descent methods without line search are proposed. Convergence properties...
This paper describes computational algorithms for solving unconstrained and contrained optimization ...
A simple derivative free optimization method is presented. Some examples are provided showing the sp...
The problem of optimizing a nonlinear function of one or more variables in the sense of locating the...