In this paper, continuous and differentiable nonlinear programming models and algo-rithms for packing ellipsoids in the n-dimensional space are introduced. Two different mod-els for the non-overlapping and models for the inclusion of ellipsoids within half-spaces and ellipsoids are presented. By applying a simple multi-start strategy combined with a clever choice of starting guesses and a nonlinear programming local solver, illustrative numerical experiments are presented. Key words: Cutting and packing ellipsoids, nonlinear programming, models, numerical experiments.
This paper proposes a deep cut version of the ellipsoid algorithm for solving a general class of con...
This paper proposes a deep cut version of the ellipsoid algorithm for solving a general class of con...
Cutting and packing problems appear in many industrial applications, such as textile, automotive, tr...
The problem of packing ellipsoids in the three-dimensional space is considered in the present work. ...
The problem of packing ellipsoids of different sizes and shapes into an ellipsoidal container so as ...
Constraints are often represented as ellipsoids. One of the main advantages of such constrains is th...
The orthogonal packing of rectangular items in an arbitrary convex region is considered in this work...
A wide variety of approaches for set-valued simulation, parameter identification, state estimation a...
International audienceA wide variety of approaches for set-valued simulation, parameter identificati...
In this paper, we study Ellipsoid method and modified Ellipsoid method in order to find a point whic...
Abstract. The problem of packing ellipsoids of different sizes and shapes into an ellipsoidal contai...
We present a new heuristic for the global solution of box constrained quadratic problems, based on t...
We study the problem of packing a given collection of arbitrary, in general concave, polyhedra into ...
The paper studies a layout problem of variable number of ellipses with variable sizes placed into an...
Nonlinear Programming: Theory and Algorithms?now in an extensively updated Third Edition?addresses t...
This paper proposes a deep cut version of the ellipsoid algorithm for solving a general class of con...
This paper proposes a deep cut version of the ellipsoid algorithm for solving a general class of con...
Cutting and packing problems appear in many industrial applications, such as textile, automotive, tr...
The problem of packing ellipsoids in the three-dimensional space is considered in the present work. ...
The problem of packing ellipsoids of different sizes and shapes into an ellipsoidal container so as ...
Constraints are often represented as ellipsoids. One of the main advantages of such constrains is th...
The orthogonal packing of rectangular items in an arbitrary convex region is considered in this work...
A wide variety of approaches for set-valued simulation, parameter identification, state estimation a...
International audienceA wide variety of approaches for set-valued simulation, parameter identificati...
In this paper, we study Ellipsoid method and modified Ellipsoid method in order to find a point whic...
Abstract. The problem of packing ellipsoids of different sizes and shapes into an ellipsoidal contai...
We present a new heuristic for the global solution of box constrained quadratic problems, based on t...
We study the problem of packing a given collection of arbitrary, in general concave, polyhedra into ...
The paper studies a layout problem of variable number of ellipses with variable sizes placed into an...
Nonlinear Programming: Theory and Algorithms?now in an extensively updated Third Edition?addresses t...
This paper proposes a deep cut version of the ellipsoid algorithm for solving a general class of con...
This paper proposes a deep cut version of the ellipsoid algorithm for solving a general class of con...
Cutting and packing problems appear in many industrial applications, such as textile, automotive, tr...