This book contains recent research on interval methods for solving nonlinear constraint
satisfaction, optimization and similar problems. It presents a comprehensive survey of …

This paper addresses the problem of distributed networked set-membership filtering with
ellipsoidal state estimations for a class of discrete time-varying systems in the presence of …

A novel set‐membership control strategy is investigated for a class of discrete time‐varying
systems with unknown‐but‐bounded noises. Different from some existing set‐membership …

The paper presents the authors' effort to optimize a previously developed interval method for
solving multi-criteria problems [17]. The idea is to apply heuristics presented, eg, in …

Computing Nash equilibria in continuous games is a difficult problem, but interval methods
have already been applied to its solution quite successfully. The purpose of this paper is to …

The problem of seeking strong Nash equilibria of a continuous game is considered. For
some games these points cannot be found analytically, only numerically. Interval methods …

This paper investigates efficient and powerful approach to the Gradient and the Hessian
evaluation for complex functions. The idea is to apply the parallel GPU architecture and the …

The paper presents the first author's C++ library ADHC for algorithmic differentiation and hull
consistency enforcing using interval calculus. The code is based on C++ templates, so that …

The paper surveys the investigations, performed by both the author and other researchers,
on interval branch-and-bound-type methods. It is devoted to considering several theoretical …

Blending algorithms aim for solving the problem of determining the mixture of raw materials
in order to obtain a cheap and feasible recipe with the smallest number of raw materials. An …