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  • Complexity management for video encoders. 

    Zhao, Yafan (Robert Gordon University School of Engineering, 2004-03)
    ZHAO, Y. and RICHARDSON, I. E. G., 2003. Macroblock classification for complexity management of video encoders. Signal Processing: Image Communication, 18 (9), pp. 801-811
     
    RICHARDSON, I. E. G. and ZHAO, Y., 2002. Adaptive management of video encoder complexity. Journal of Real-Time Imaging, 8 (4), pp. 291-301
     
    ZHAO, Y. and RICHARDSON, I. E. G., 2003. Macroblock skip-mode prediction for complexity control of video encoders. In: Proceedings of the IEEE Visual Information Engineering. 7-9 July 2003. Surrey. pp. 5-8
     
    ZHAO, Y. and RICHARDSON, I. E. G., 2003. Macroblock classification for video encoder complexity management. In: Proceedings of International Picture Coding Symposium. 23-25 April 2003. Saint-Malo. pp. 371-376
     
    ZHAO, Y. and RICHARDSON, I. E. G., 2002. Complexity management for video encoders. In: Doctoral Symposium, ACM Multimedia Conference. 1-6 December 2002. Juan Les Pins. pp. 647-649
     
    ZHAO, Y., MUIR, L. and RICHARDSON, I. E. G., 2002. Implementing MPEG-4 Visual in software. In: IEE Seminar on Visual Media Standards. 25 April 2002.
     
    ZHAO, Y. and RICHARDSON, I. E. G., 2002. Computational complexity management of motion estimation in video encoders. In: IEEE Data Compression Conference. 2-4 April 2002. Snowbird, UT. p. 483
     
    RICHARDSON, I. E. G. and ZHAO, Y., 2001. Adaptive algorithms for variable-complexity video coding. In: Proceedings of the Internal Conference on Image Processing. 7-10 October 2001. Thessaloniki, Greece. pp. 457-460
     
    RICHARDSON, I. E. G. and ZHAO, Y., 2001. Video CODEC complexity management. In: Proceedings of the Picture Coding Symposium. 25-27 April 2001. Seoul, Korea. pp. 267-270
     
    RICHARDSON, I. E. G. and ZHAO, Y., 2004. Macroblock Classification for Complexity Management of Video Encoders. UK patent application 0229354.6, filed 18 December 2002
     
    Software implementation of block-based video coding standards has been used in a wide range of applications. In many cases, such as real-time multimedia systems or power-constrained systems, the coding performance of ...