Dec 19, 2016 · We show how to compute a plane 1.88-spanner of S in O ( n ) time, assuming that the points of S are given in sorted order along their convex hull.

A Plane 1.88-Spanner for Points in Convex Position the stretch factor of G. A large number of algorithms have been proposed for constructing t-spanners for ...

It isknown that the stretch factor of any such spanner is less than 1.998. Moreover, the bestlower bound is 1.4308. We improve the upper bound to 1.88. Our ...

May 23, 2016 · For points that are in convex position the current best upper bound on the stretch factor of plane spanners is 1.88 that is obtained by Amani et ...

Using this, we show how to compute a plane 1.88-spanner of S in O(n) time, assuming that the points of S are given in sorted order along their convex hull.

A Plane 1.88-Spanner for Points in Convex Position. M. Amani, A. Biniaz, P. Bose, J. Carufel, A. Maheshwari, and M. Smid. SWAT, volume 53 of LIPIcs, page 25 ...

Using this, we show how to compute a plane 1.88-spanner of S in O(n) time, assuming that the points of S are given in sorted order along their convex hull.

What is the minimum t such that there is a t-spanner for any set of points? The plane 1.88-spanner paper has a PlaneSpanner algorithm for points in convex ...

Special issue of CCCG'15. A plane 1.88-spanner for points in convex position. M. Amani, A. Biniaz, P. Bose, J.-L. De Carufel, A. Maheshwari, and M. Smid.

A plane 1.88-spanner for points in convex position. A Biniaz, M Amani, A Maheshwari, M Smid, P Bose, JL De Carufel. Journal of Computational Geometry 7 (1), 520 ...