activity
20172026
most citedMaximum Area Rectangle Separating Red and Blue Points

3 citations · 6 across the 8 of their papers we have counts for

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6 papers · 1 filter

cs.CG2022

Approximating the discrete and continuous median line segments in dimensions

Ovidiu Daescu, Ka Yaw Teo

Consider a set of points in . In the discrete median line segment problem, the objective is to find a line segment bounded by a pair of points in such tha…

cs.CG20201 cited

Computing Feasible Trajectories for an Articulated Probe in Three Dimensions

Ovidiu Daescu, Ka Yaw Teo

Consider an input consisting of a set of disjoint triangular obstacles in and a target point in the free space, all enclosed by a large sphere of radius…

cs.CG2020

Characterization and Computation of Feasible Trajectories for an Articulated Probe with a Variable-Length End Segment

Ovidiu Daescu, Ka Yaw Teo

An articulated probe is modeled in the plane as two line segments, and , joined at , with being very long, and of some small length . We investigate a traj…

cs.CG20202 cited

City Guarding with Limited Field of View

Ovidiu Daescu, Hemant Malik

Drones and other small unmanned aerial vehicles are starting to get permission to fly within city limits. While video cameras are easily available in most cities, their purpose is…

cs.CG2018

Does a robot path have clearance c?

Ovidiu Daescu, Hemant Malik

Most path planning problems among polygonal obstacles ask to find a path that avoids the obstacles and is optimal with respect to some measure or a combination of measures, for exa…

cs.CG20173 cited

Maximum Area Rectangle Separating Red and Blue Points

Bogdan Armaselu, Ovidiu Daescu

Given a set R of n red points and a set B of m blue points, we study the problem of finding a rectangle that contains all the red points, the minimum number of blue points and has…