9.12 References

1 Draft ITU-T Recommendation, H.263: 'Video coding for low bit rate communication'. July 1995

2 H.261: 'ITU-T Recommendation, H.261, video codec for audiovisual services at p × 64 kbit/s'. Geneva, 1990

3 MPEG-1: 'Coding of moving pictures and associated audio for digital storage media at up to about 1.5 Mbit/s'. ISO/IEC 1117-2: video, November 1991

4 MPEG-2: 'Generic coding of moving pictures and associated audio information'. ISO/IEC 13818-2 video, draft international standard, November 1994

5 Draft ITU-T Recommendation H.263+: 'Video coding for very low bit rate communication'. September 1997

6 ITU-T recommendation, H.263++: 'Video coding for low bit rate communication'. ITU-T SG16, February 2000

7 Joint video team (JVT) of ISO/IEC MPEG and ITU-T VCEG: text of committee draft of joint video specification. ITU-T Rec, H.264 | ISO/IEC 14496-10 AVC, May 2002

8 MPEG-4: 'Testing and evaluation procedures document'. ISO/IEC JTC1/SC29/WG11, N999, July 1995

9 ITU-T Recommendation, H.245 'Control protocol for multimedia communication'. September 1998

10 WALLACE, G.K.: 'The JPEG still picture compression standard', Commun. ACM, 1991, 34, pp.30–44

11 GHANBARI, M.,DE FARIA, S.GOH, I.N., and TAN, K.T.: 'Motion compensation for very low bit rate video', Signal Process., Image Commun., 1994 7, pp.567–580

12 NETRAVALI, A.N., and ROBBINS, J.B.: 'Motion-compensated television coding: Part I', Bell Syst. Tech. J., 1979, 58, pp.631–670

13 LOPES, F.J.P., and GHANBARI, M.: 'Analysis of spatial transform motion estimation with overlapped compensation and fractional-pixel accuracy', IEE Proc., Vis. Image Signal Process., 1999, 146, pp.339–344

14 SEFERIDIS, V., and GHANBARI, M.: 'General approach to block matching motion estimation', Opt. Eng., 1993, 32, pp.1464–1474

15 NAKAYA, Y., and HARASHIMA, H.: 'Motion compensation based on spatial transformation', IEEE Trans. Circuits Syst. Vide. Technol., 1994, 4, pp.339–356

16 BLAHUT, R.E.: 'Theory and practice of error control codes' (Addison-Wesley, 1983)

17 KHAN, E.,GUNJI, H.,LEHMANN, S., and GHANBARI, M.: 'Error detection and correction in H.263 coded video over wireless networks'. International workshop on packet video, PVW2002, Pittsburgh, USA

18 GHANBARI, M., and SEFERIDIS, V.: 'Cell loss concealment in ATM video codecs', IEEE Trans. Circuits Syst. Video Technol., Special issue on packet video, 1993, 3:3, pp.238–247

19 GHANBARI, S., and BOBER, M.Z.: 'A cluster-based method for the recovery of lost motion vectors in video coding'. The 4th IEEE conference on Mobile and wireless communications networks, MWCN'2002, September 9–11, 2002, Stockholm, Sweden

20 SHANABLEH, T., and GHANBARI, M.: 'Loss concealment using B-pictures motion information', IEEE Trans. Multimedia (to be published in 2003)

21 LIM, C.P.,TAN, E.A.W.,GHANBARI, M., and GHANBARI, S.: 'Cell loss concealment and packetisation in packet video', Int. J. Imaging Syst. Technol., 1999, 10, pp.54–58

22 ITU SGXV working party XV/I, Experts Group for ATM video coding, working document AVC-205, January 1992

23 JOCH, A.,KOSSENTINI, F., and NASIOPOULOS, P., 'A performance analysis of the ITU-T draft H.26L video coding standard'. Proceedings of 12th international Packet video workshop, 24–26 April 2002, Pittsburgh, USA

24 SCHULZRINE, H,CASNER, S.,FREDRICK, R., and JACOBSON, V.: 'RFC 1889: RTP: A transport protocol for real-time applications'. Audio-video transport working group, January 1996

25 Some of the H.263 annexes used in this chapter:

Annex C: 'Considerations for multipoint'
Annex D: 'Unrestricted motion vector mode'
Annex E: 'Syntax-based arithmetic coding mode'
Annex F: 'Advanced prediction mode'
Annex G: 'PB frames mode'
Annex H: 'Forward error correction for coded video signal'
Annex I: 'Advanced intra coding mode'
Annex J: 'Deblocking filter mode'
Annex K: 'Slice structured mode'
Annex M: 'Improved PB frames mode'
Annex N: 'Reference picture selection mode'
Annex O: 'Temporal, SNR, and spatial scalability mode'
Annex R: 'Independent segment decoding mode'
Annex S: 'Alternative inter VLC mode'
Annex V: 'Data partitioning'