The Voronoi diagram, as well as its dual the Delaunay triangulation, is a fundamental structure in computa-tional geometry. They arise in many different fields of science, engineering and art. The promising prop-erties of Voronoi diagram and Delaunay triangulation are also helpful in the context of wireless ad-hoc net-works and allow interesting solutions for two impor-tant problems: Topology Control and Routing. This work presents a powerful topology based on the De-launay triangulation and an efficient implementation of the greedy forwarding approach that uses Voronoi diagrams
Several localized routing protocols guarantee the delivery of the packets when the underlying networ...
Abstract — We show that, given a set of randomly distributed wireless nodes with density n, when the...
AbstractUsing the domain-theoretic model for geometric computation, we define the partial Delaunay t...
The Voronoi diagram is a fundamental structure in computational geometry and arises naturally in man...
The Voronoi diagram is a fundamental structure in computational geometry and arises naturally in man...
Voronoi diagrams are fundamental data structures that have been extensively studied in Computational...
A wireless sensor network can be represented by a graph. While the network graph is extremely useful...
Abstract: The Voronoi diagram is a fundamental structure in computational geometry and arises natura...
<p>The Voronoi cell associated with an individual in the swarm is the region of space which contains...
Abstract Geometric spanners can be used for efcient routing in wireless ad hoc networks. Computatio...
This paper is a review of Voronoi diagrams, Delaunay triangula-tions, and many properties of special...
Voronoi diagram and convex hull based geocasting and routing in wireless network
Traditional polygon-arc-node topology is standard in vector GIS, but it has its limitations. This is...
Abstract A localized Delaunay triangulation owns the following interesting properties for sensor and...
Abstract—Several localized routing protocols guarantee the delivery of the packets when the underlyi...
Several localized routing protocols guarantee the delivery of the packets when the underlying networ...
Abstract — We show that, given a set of randomly distributed wireless nodes with density n, when the...
AbstractUsing the domain-theoretic model for geometric computation, we define the partial Delaunay t...
The Voronoi diagram is a fundamental structure in computational geometry and arises naturally in man...
The Voronoi diagram is a fundamental structure in computational geometry and arises naturally in man...
Voronoi diagrams are fundamental data structures that have been extensively studied in Computational...
A wireless sensor network can be represented by a graph. While the network graph is extremely useful...
Abstract: The Voronoi diagram is a fundamental structure in computational geometry and arises natura...
<p>The Voronoi cell associated with an individual in the swarm is the region of space which contains...
Abstract Geometric spanners can be used for efcient routing in wireless ad hoc networks. Computatio...
This paper is a review of Voronoi diagrams, Delaunay triangula-tions, and many properties of special...
Voronoi diagram and convex hull based geocasting and routing in wireless network
Traditional polygon-arc-node topology is standard in vector GIS, but it has its limitations. This is...
Abstract A localized Delaunay triangulation owns the following interesting properties for sensor and...
Abstract—Several localized routing protocols guarantee the delivery of the packets when the underlyi...
Several localized routing protocols guarantee the delivery of the packets when the underlying networ...
Abstract — We show that, given a set of randomly distributed wireless nodes with density n, when the...
AbstractUsing the domain-theoretic model for geometric computation, we define the partial Delaunay t...