Abstract
We present a spatially adaptive wavelet video coding technique with an update-first lifting structure. A common problem in many adaptive-transform frameworks is the introduction of a large overhead to address side information. We demonstrate that our structure does not need to transmit any side information to synchronize the encoder and decoder. We incorporate this technique in a motion compensated wavelet video codec. The experimental results confirm the performance improvement.
Journal
Acoustics, Speech, and Signal Processing, 2003. Proceedings. (ICASSP '03). 2003 IEEE International Conference on
Keywords
decoding, motion compensation, transform coding, video codecs, video coding, wavelet transforms encoder decoder synchronization, motion compensation, side information, spatially adaptive lifting structure, update-first lifting structure, video codec, wavelet video coding