A Real-Time Video Stabilizer with
Linear-Programming*

Moshe Ben-Ezra, Shmuel Peleg, Michael Werman
Institute of Computer Science
The Hebrew University of Jerusalem
91904 Jerusalem, Israel

Email:
moshe@cs.huji.ac.il    peleg@cs.huji.ac.il    werman@cs.huji.ac.il

 

Abstract

Video stabilization is performed in real-time from point-to-line
correspondences using linear-programming. The implementation of the stabilizer requires special techniques for (i) frame grabbing, (ii) point-to-line correspondence (iii) linear-program solving and (iv) image warping. Timing and real-time profiling are also addressed.

 

 

Complete Article in: PDF format, Postscript format.

ICCV'99 paper: Real-Time Motion Analysis with Linear-Programming



 


* This research was funded by DARPA through the U.S. Army Research Labs under grant DAAL01-97-R-9291,
  Supported by Espirt project 26247 - Vigor