Progressive algorithms are algorithms that, on the way to computing a complete solution to the problem at hand, output intermediate solutions that approximate the complete solution increasingly well. We present a framework for analyzing such algorithms, and develop efficient progressive algorithms for two geometric problems: computing the convex hull of a planar point set, and finding popular places in a set of trajectories
AbstractA space-efficient algorithm is one in which the output is given in the same location as the ...
International audienceWe study the development of formally proved algorithms for computational geome...
An important problem in distance geometry is of determining the position of an unknown point in a gi...
Progressive algorithms are algorithms that, on the way to computing a complete solution to the probl...
Progressive algorithms are algorithms that, on the way to computing a complete solution to the probl...
An in-place algorithm is one in which the output is given in the same location as the input and only...
Our thesis is that a geometric perspective yields insights into the structure of fundamental problem...
An attempt is made to understand some of the planar convex hull algorithms leading up to and includi...
All possible convex hull (i.e. the minimum area convex polygon containing the planar set) algorithms...
From a broad perspective, we study issues related to implementation, testing, and experimentation in...
Un ivers i ty o f I l l inois An algorithm is described for the construction in real-time of the con...
Computational geometry has developed many efficient algorithms for geometric problems in low dimensi...
A space-efficient algorithm is one in which the output is given in the same location as the input an...
Trying to develop a fast algorithm that finds all the edges of a convex hull produced three differen...
We initiate an investigation of sublinear algorithms for geometric problems in two and three dimensi...
AbstractA space-efficient algorithm is one in which the output is given in the same location as the ...
International audienceWe study the development of formally proved algorithms for computational geome...
An important problem in distance geometry is of determining the position of an unknown point in a gi...
Progressive algorithms are algorithms that, on the way to computing a complete solution to the probl...
Progressive algorithms are algorithms that, on the way to computing a complete solution to the probl...
An in-place algorithm is one in which the output is given in the same location as the input and only...
Our thesis is that a geometric perspective yields insights into the structure of fundamental problem...
An attempt is made to understand some of the planar convex hull algorithms leading up to and includi...
All possible convex hull (i.e. the minimum area convex polygon containing the planar set) algorithms...
From a broad perspective, we study issues related to implementation, testing, and experimentation in...
Un ivers i ty o f I l l inois An algorithm is described for the construction in real-time of the con...
Computational geometry has developed many efficient algorithms for geometric problems in low dimensi...
A space-efficient algorithm is one in which the output is given in the same location as the input an...
Trying to develop a fast algorithm that finds all the edges of a convex hull produced three differen...
We initiate an investigation of sublinear algorithms for geometric problems in two and three dimensi...
AbstractA space-efficient algorithm is one in which the output is given in the same location as the ...
International audienceWe study the development of formally proved algorithms for computational geome...
An important problem in distance geometry is of determining the position of an unknown point in a gi...