International audienceA digital plane is the set of integer points located between the parallel planes. We solve the following problem: how to compute the exact normal vector of a digital plane given only a predicate that answers the question “is a point x in the digital plane or not”. Our approach is iterative and “as local as possible”. We provide a worst-case complexity bound in O(ωlogω)O(ωlogω) calls to the predicate, where ω is equal to the arithmetic thickness parameter of the digital plane. Furthermore, our algorithm presents a much better average behavior in practice
International audienceWhile connected arithmetic discrete lines are entirely characterized, only par...
When processing the geometry of digital surfaces (boundaries of voxel sets), linear local structures...
International audienceWe consider the following fitting problem: given an arbitrary set of N points ...
International audienceA digital plane is the set of integer points located between the parallel plan...
International audienceA plane-probing algorithm computes the normal vector of a digital plane from a...
International audienceWe present a new plane-probing algorithm, i.e., an algorithm that computes the...
International audiencePlane-probing algorithms have become fundamental tools to locally capture arit...
Rapport interne.A naive digital plane with integer coefficients is a subset of points (x,y,z) in Z^3...
International audienceWe show that the plane-probing algorithms introduced in Lachaud et al. (J. Mat...
International audienceA naive digital plane is a subset of points $(x,y,z) \in \mathbb{Z} ^3$ verify...
AbstractWhile connected arithmetic discrete lines are entirely characterized, only partial results e...
AbstractA naive digital plane is a subset of points (x,y,z)∈Z3 verifying h⩽ax+by+cz<h+max{|a|,|b|,|c...
International audienceThis paper presents a method for fitting a digital plane to a given set of poi...
This paper proposes a set of tools to analyse the geometry of multidimensional digital surfaces. Our...
International audienceWhile connected arithmetic discrete lines are entirely characterized, only par...
When processing the geometry of digital surfaces (boundaries of voxel sets), linear local structures...
International audienceWe consider the following fitting problem: given an arbitrary set of N points ...
International audienceA digital plane is the set of integer points located between the parallel plan...
International audienceA plane-probing algorithm computes the normal vector of a digital plane from a...
International audienceWe present a new plane-probing algorithm, i.e., an algorithm that computes the...
International audiencePlane-probing algorithms have become fundamental tools to locally capture arit...
Rapport interne.A naive digital plane with integer coefficients is a subset of points (x,y,z) in Z^3...
International audienceWe show that the plane-probing algorithms introduced in Lachaud et al. (J. Mat...
International audienceA naive digital plane is a subset of points $(x,y,z) \in \mathbb{Z} ^3$ verify...
AbstractWhile connected arithmetic discrete lines are entirely characterized, only partial results e...
AbstractA naive digital plane is a subset of points (x,y,z)∈Z3 verifying h⩽ax+by+cz<h+max{|a|,|b|,|c...
International audienceThis paper presents a method for fitting a digital plane to a given set of poi...
This paper proposes a set of tools to analyse the geometry of multidimensional digital surfaces. Our...
International audienceWhile connected arithmetic discrete lines are entirely characterized, only par...
When processing the geometry of digital surfaces (boundaries of voxel sets), linear local structures...
International audienceWe consider the following fitting problem: given an arbitrary set of N points ...