AbstractRecent results on the solution of large, banded or sparse systems and on global unconstrained optimization problems including verification of the correctness of the result will be discussed. The computing time for the verification for large linear systems is the same as for the decomposition, the total computational effort for verifying the global optimum value is for well-known test examples competitive to those of pure floating point algorithms. Computational examples will be demonstrated
Summarization: The optimization of systems which are described by ordinary differential equations (O...
Complexity theory refers to the asymptotic analysis of problems and algorithms. How efficient is a...
.<F3.833e+05> This paper describes a software implementation of Byrd and Omojokun's trust...
Abstract. In this paper we describe some of the principles of methods for the verified solution of l...
Some new methods will be presented for computing verified inclusions of the solution of large linear...
Results are reported of testing a number of existing state of the art solvers for global constrained...
Abstract Some new methods will be presented for computing verified inclusions of the solution of lar...
Elements and techniques of state-of-the-art automatically verified constrained global optimization a...
This work is a survey on the methods for large scale unconstrained optimization. Besides its own the...
Our work under this support broadly falls into five categories: automatic differentiation, sparsity,...
In this chapter we deal with global optimization problems where the objective function is computed b...
In this article, we review methods for the solution of unconstrained optimization problems, where t...
There are many global optimization algorithms which do not use global information. We broaden previo...
The paper studies approaches to numerical solving huge-scale quasiseparable optimization problems. T...
The solution of trust-region and regularisation subproblems which arise in unconstrained optimizatio...
Summarization: The optimization of systems which are described by ordinary differential equations (O...
Complexity theory refers to the asymptotic analysis of problems and algorithms. How efficient is a...
.<F3.833e+05> This paper describes a software implementation of Byrd and Omojokun's trust...
Abstract. In this paper we describe some of the principles of methods for the verified solution of l...
Some new methods will be presented for computing verified inclusions of the solution of large linear...
Results are reported of testing a number of existing state of the art solvers for global constrained...
Abstract Some new methods will be presented for computing verified inclusions of the solution of lar...
Elements and techniques of state-of-the-art automatically verified constrained global optimization a...
This work is a survey on the methods for large scale unconstrained optimization. Besides its own the...
Our work under this support broadly falls into five categories: automatic differentiation, sparsity,...
In this chapter we deal with global optimization problems where the objective function is computed b...
In this article, we review methods for the solution of unconstrained optimization problems, where t...
There are many global optimization algorithms which do not use global information. We broaden previo...
The paper studies approaches to numerical solving huge-scale quasiseparable optimization problems. T...
The solution of trust-region and regularisation subproblems which arise in unconstrained optimizatio...
Summarization: The optimization of systems which are described by ordinary differential equations (O...
Complexity theory refers to the asymptotic analysis of problems and algorithms. How efficient is a...
.<F3.833e+05> This paper describes a software implementation of Byrd and Omojokun's trust...