Given a set of n disks in the plane, we study the problem of finding k lines that together intersect the maximum number of input disks. We consider three variants of this problem with the following constraints on the solution: (1) no constraint on the lines, (2) the k lines should be parallel and (3) the k lines should pass through a common point. For (Formula presented.), we give (Formula presented.) -time algorithms for all three cases. For any fixed (Formula presented.), we give an (Formula presented.) -time algorithm for (1). For variants (2) and (3), the running times of our algorithms vary from (Formula presented.) to (Formula presented.).
Publisher
Multidisciplinary Digital Publishing Institute (MDPI)