We describe briefly the problem of partitioning a con-tinuous curve into N parts with equal chords. (The length of a chord may be defined by any smooth dis-tance metric applied on its endpoints-the Euclidean metric being one of them.) A have proved that a deci-sion variation of this problem is NP-complete, yet for any continuous curve and any N there always exists at least one equipartition. In this work, we propose an approximate algorithm and also a steepest descent method that converges to an exact solution.
Let us begin with a two-dimensional problem. Consider an equilateral triangular region T with edges ...
We improve the time complexities for solving the polygonal curve approximation problems formulated b...
The chords’ problem is a variant of an old problem of computational geometry: given a set of points ...
In this paper we analyze the problem of partitioning a continuous curve into n parts with equal succ...
AbstractIn this paper we analyze the problem of partitioning a continuous curve into n parts with eq...
\u3cp\u3eDue to its many applications, curve simplification is a long-studied problem in computation...
104 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2000.We consider extremal problems...
We show that the complexity (the number of elements) of an optimal parabolic or conic spline approxi...
Due to its many applications, curve simplification is a long-studied problem in computational geomet...
Comparing curves is an important and common problem in computer science. Curves are usually compared...
We show that the complexity (number of elements) of an optimal parabolic or conic spline approximati...
MasterThis thesis introduces a representative curve for a set of given curves with respect to the Fr...
Abstract. Let C be a smooth, convex curve on either the sphere S2, the hyperbolic plane H2 or the Eu...
We show that the complexity of a parabolic or conic spline approximating a sufficiently smooth curve...
In this paper we show that the complexity, i.e., the number of elements, of a parabolic or conic spl...
Let us begin with a two-dimensional problem. Consider an equilateral triangular region T with edges ...
We improve the time complexities for solving the polygonal curve approximation problems formulated b...
The chords’ problem is a variant of an old problem of computational geometry: given a set of points ...
In this paper we analyze the problem of partitioning a continuous curve into n parts with equal succ...
AbstractIn this paper we analyze the problem of partitioning a continuous curve into n parts with eq...
\u3cp\u3eDue to its many applications, curve simplification is a long-studied problem in computation...
104 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2000.We consider extremal problems...
We show that the complexity (the number of elements) of an optimal parabolic or conic spline approxi...
Due to its many applications, curve simplification is a long-studied problem in computational geomet...
Comparing curves is an important and common problem in computer science. Curves are usually compared...
We show that the complexity (number of elements) of an optimal parabolic or conic spline approximati...
MasterThis thesis introduces a representative curve for a set of given curves with respect to the Fr...
Abstract. Let C be a smooth, convex curve on either the sphere S2, the hyperbolic plane H2 or the Eu...
We show that the complexity of a parabolic or conic spline approximating a sufficiently smooth curve...
In this paper we show that the complexity, i.e., the number of elements, of a parabolic or conic spl...
Let us begin with a two-dimensional problem. Consider an equilateral triangular region T with edges ...
We improve the time complexities for solving the polygonal curve approximation problems formulated b...
The chords’ problem is a variant of an old problem of computational geometry: given a set of points ...