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De-interlacing A Key Technology for Scan Rate Conversion

T HE human visual system is less sensitive to flickering details than to large-area flicker. Television displays apply interlacing to profit from this fact, while broadcast formats were originally defined to match the display scanning format. As a consequence, interlace is found throughout the video chain. If we describe interlacing as a form of spatio-temporal subsampling, then de-interlacing, the topic of our book, is the reverse operation aiming at the removal of the sub-sampling artefacts | Advan Volume 9 E.B. Bellers G. de Haan Conversion I o n De-interlacing A Key Technology for Scan Rate ELSEVIER De-interlacing Series Editor J. Biemond Delft University of Technology The Netherlands Volume 1 Three-Dimensional Object Recognition Systems edited by A. K. Jain and R J. Flynn Volume 2 VLSI Implementations for Image Communications edited by R Pirsch Volume 3 Digital Moving Pictures - Coding and Transmission on ATM Networks J.-P. Leduc Volume 4 Motion Analysis for Image Sequence Coding G. Tziritas and C. Labit Volume 5 Wavelets in Image Communication edited by M. Barlaud Volume 6 Subband Compression of Images Principles and Examples T.A. Ramstad S.O. Aase and J.H. Husoy Volume 7 Advanced Video Coding Principles and Techniques K.N. Ngan.T. Meier and D. Chai Volume 8 Image and Video Databases Restoration Watermarking and Retrieval A. Hanjalic G.C. Langelaar P.M.B. van Roosmalen J. Biemond and R.L. Lagendijk Volume 9 De-interlacing A Key Technology for Scan Rate Conversion E.B. Bellers and G. de Haan