Add to ORKGThis note combines the lazy randomized incremental construction scheme with the technique of \connectivity acceleration " to obtain an O(n(log? n) 2) time randomized algorithm to compute a single face in the overlay oftwo simple polygons in the plane. Key words: computational geometry, randomized algorithms, arrangement.
We present parallel algorithms for some fundamental problems in computational geometry which have ru...
The theme of this paper is a rather simple method that has proved very potent in the analysis of the...
AbstractThis paper is not a complete survey on randomized algorithms in computational geometry, but ...
This note combines the lazy randomized incremental construction scheme with the technique of "connec...
We present randomized algorithms for computing many faces in an arrangement of lines or of segments ...
We introduce a new type of randomized incremental algorithms. Contrary to standard randomized increm...
This paper presents a very simple incremental randomized algorithm for computing the trapezoidal dec...
We describe a randomized algorithm for computing the trapezoidal decomposition of a simple polygon. ...
AbstractThis paper presents a very simple incremental randomized algorithm for computing the trapezo...
A summary of the results achieved in the paper "Optimal Randomized Parallel Algorithms for Comp...
We describe a randomized algorithm for computing the trapezoidal decomposition of a simple polygon. ...
AbstractThis paper presents a very simple incremental randomized algorithm for computing the trapezo...
Random projection is a simple geometric technique for reducing the dimensionality of a set of points...
We present several variants of a new randomized incremental algorithm for computing a cutting in an ...
We present parallel algorithms for some fundamental problems in computational geometry which have a ...
We present parallel algorithms for some fundamental problems in computational geometry which have ru...
The theme of this paper is a rather simple method that has proved very potent in the analysis of the...
AbstractThis paper is not a complete survey on randomized algorithms in computational geometry, but ...
This note combines the lazy randomized incremental construction scheme with the technique of "connec...
We present randomized algorithms for computing many faces in an arrangement of lines or of segments ...
We introduce a new type of randomized incremental algorithms. Contrary to standard randomized increm...
This paper presents a very simple incremental randomized algorithm for computing the trapezoidal dec...
We describe a randomized algorithm for computing the trapezoidal decomposition of a simple polygon. ...
AbstractThis paper presents a very simple incremental randomized algorithm for computing the trapezo...
A summary of the results achieved in the paper "Optimal Randomized Parallel Algorithms for Comp...
We describe a randomized algorithm for computing the trapezoidal decomposition of a simple polygon. ...
AbstractThis paper presents a very simple incremental randomized algorithm for computing the trapezo...
Random projection is a simple geometric technique for reducing the dimensionality of a set of points...
We present several variants of a new randomized incremental algorithm for computing a cutting in an ...
We present parallel algorithms for some fundamental problems in computational geometry which have a ...
We present parallel algorithms for some fundamental problems in computational geometry which have ru...
The theme of this paper is a rather simple method that has proved very potent in the analysis of the...
AbstractThis paper is not a complete survey on randomized algorithms in computational geometry, but ...