Name
Affiliation
Papers
MATTHEW J. KATZ
Department of Computer Science, Ben-Gurion University of the Negev, Beer-Sheva, Israel
33
Collaborators
Citations 
PageRank 
48
225
19.92
Referers 
Referees 
References 
377
456
326
Search Limit
100456
Title
Citations
PageRank
Year
Terrain-like graphs: PTASs for guarding weakly-visible polygons and terrains00.342022
Bottleneck detour tree of points on a path.00.342019
Selecting and covering colored points.00.342018
Spiderman graph: Visibility in urban regions.10.352015
Stable Roommates Spanner00.342013
Polychromatic 4-coloring of cubic bipartite plane graphs60.512012
A Scheme for Computing Minimum Covers within Simple Regions20.372012
The MST of symmetric disk graphs is light10.352012
Bottleneck non-crossing matching in the plane30.562012
Bottleneck Steiner tree with bounded number of Steiner vertices.00.342011
Symmetric connectivity with directional antennas50.472011
Connectivity guarantees for wireless networks with directional antennas200.992011
Settling the bound on the rectilinear link radius of a simple rectilinear polygon30.502011
Minimum-Cost Load-Balancing Partitions161.292009
Polychromatic 4-coloring of guillotine subdivisions30.432009
Improved Bounds on the Average Distance to the Fermat-Weber Center of a Convex Object20.442009
On guarding the vertices of rectilinear domains231.222008
Polynomial-time approximation schemes for piercing and covering with applications in wireless networks70.492008
Conflict-Free Coloring of points on a line with respect to a set of intervals30.432007
Power Assignment in Radio Networks with Two Power Levels191.082007
The minimum-area spanning tree problem40.462006
On guarding rectilinear domains10.382006
TSP with neighborhoods of varying size.50.422005
On the Fermat--Weber center of a convex object121.152005
Geographic Quorum System Approximations20.472005
Orthogonal segment stabbing110.602005
Computing all large sums-of-pairs in Rn and the discrete planar two-watchtower problem30.442004
Models and motion planning70.612002
Walking around fat obstacles30.472002
A Tight Bound on the Number of Geometric Permutations of Convex Fat Objects in 130.872001
On the union of k-curved objects120.691999
Guarding scenes against invasive hypercubes110.591998
Dynamic data structures for fat objects and their applications271.611997