Fast initialization of a F!T tube

  • Willemsen, Oscar H. (Philips Research Laboratories) ;
  • Hoppenbrouwers, Jurgen J.L. (Philips Research Laboratories)
  • Published : 2003.07.09

Abstract

We describe a new method to initialize the raster and convergence of a flat intelligent tracking (F!T) tube. By splitting up the initialization algorithm into three parts, it can comply with the variety of boundary conditions that are stated for a consumer product. Experiments on raster initialization have shown that the new algorithm speeds up the initialization by one order of magnitude.

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