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SMPTE Journal ( Volume: 91, Issue: 3, March 1982)
[ACTIVE]

Predictive Coding of Composite NTSC Color Television Signals

Metadata

Publisher
SMPTE — White Plains, NY, USA
Doc Type
Journal Article
Content Type
Original Research
Abbreviated Title
J SMPTE
Volume
91, No. 3, pp. 245–252
Abstract
A study is reported of intrafield predictive coding of composite NTSC television signals sampled at four times the color subcarrier frequency (14.3 MHz). The choice of predictor was found to be governed by three constraints, which are described. Of several predictors which satisfied these constraints, it was determined that one of them performed the best. A procedure for designing quantizers for composite signals was developed based on a three-parameter piecewise-linear approximation to the quantizer error threshold function. Observations of picture quality were made using real-time processing on a mixed hardwarelsoftware experimental facility, from which it was concluded that between 5 and 6 bitslpel were required for broadcast quality. Preliminary results were obtained on the effect of composite predictive coding on the vertical interval test signals (VITS). Our observations indicate that the waveform distortion criteria applied to VITS give some indication of granular noise visitility (in the SNR measurements); these criteria, however, are too severe in their requirements for slope overload distortion and do not consider edge busyness, an important temporal impairment in predictive coding.
Publication Date
1982-03-01
DOI
10.5594/J01298
ISSN
Print: 0036-1682
Link
https://doi.org/10.5594/J01298
Author(s)
R. C. Brainard
A. N. Netravali
D. E. Pearson
Copyright
© 1982 Society of Motion Picture and Television Engineers, Inc.

Bibliographic Reference(s)

  • Report of the Committee on New Technology [Active]
  • Sub-Nyquist-Encoded PCM NTSC Color Television [Active]
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  • 11. Netravali A. N. Limb J. O. , “Picture Coding: A Review,” Proc. IEEE , 68 , No. 3 , 366 – 406 , 1980 . EXTERNAL
  • 12. Devereux V. G. , “Differential Coding of PAL Video Signals Using Intrafield Prediction,” Proc. IEE , No. 12, 1139 – 1146 , 1977 . EXTERNAL
  • 13. Pearson D. E. , “Digital Processing of Signals in Communications,” IERE Proc. , No. 49, 1981 , pp. 413 – 426 . EXTERNAL
  • 14. Sharma D. K. Netravali A. N. , “Design of Quantizers for DPCM Coding of Picture Signals,” IEEE Trans. Comm. , COM-25 , No. 11 , 1267 – 1274 , 1977 . EXTERNAL
  • 15. Pirsch P. , “Design of DPCM Quantizers for Video Signals Using Subjective Tests,” IEEE Trans. Comm. , COM-29 , No. 7 , 990 – 1000 , 1981 . EXTERNAL
  • 16. Candy J. C. Bosworth R. H. , “Methods for Designing Differential Quantizers Based on Subjective Evaluation of Edge Busyness,” Bell System Tech. J. , 51 , No. 7 , 1495 – 1516 , 1972 . EXTERNAL
  • 17. Pirsch P. , “Optimierung von Farb-fernseh-DPCM-Systemen unter Berücksichtigung der Wahrnehmbarkeit von Quantisierungsfehlern,” Doktor-Ingenieur Dissertation, University of Hannover , 1979 . EXTERNAL
  • 18. Pirsch P. , Private Communication. EXTERNAL
  • 19. “IEEE Standard on Video Signal Measurement of Linear Waveform Distortion,” IEEE Standard 511– 1979 . EXTERNAL
  • 2. Thompson J. E. , “Differential Encoding of Composite Color Television Signals using Chrominance-Corrected Prediction,” IEEE Trans. on Commun. Tech. , COM-22 , 1106 – 1113 , 1975 . EXTERNAL
  • 20. Musmann H. G. , “Predictive Image Coding,” in Image Transmission Techniques , edited by Pratt W. K. , Academic Press , New York , 1979 , pp. 73 – 112 . EXTERNAL
  • 21. Kretz F. Boudeville J. L. Sallio P. , “Optimization of DPCM Video Coding Scheme Using Subjective Quality Criterions,” Proc. Conf. on Digital Processing of Signals in Communications, Loughborough, England, IERE Conf. Publication No. 37, 1977 . EXTERNAL
  • 3. Limb J. O. Rubinstein C. B. Thompson J. E. , “Digital Coding of Video Signals– A Review,” IEEE Trans. on Commun. Tech. , COM-25 , No. 11 , 1349 – 1384 , 1977 . EXTERNAL
  • 5. Hatori Y. Yamamato H. , “Predictive Coding for NTSC Composite Color Television Signals Based on Comb-Filter Integration Method,” Trans. IECE of Japan , E62 , No. E62 , 201 – 208 , 1979 . EXTERNAL
  • 6. Dinstein I. , “DPCM Prediction for NTSC Composite Signals,” Comsat Tech. Rev. , 7 , No. 2 , 429 – 446 , 1977 . EXTERNAL
  • 7. Ishiguro T. , “Composite Interframe Coding of NTSC Color Television Signals,” Proc. Nat. Telecomm. Conference, Dallas, Texas, 1976 , pp. 6 . 4–1 to 6.4–5. EXTERNAL
  • 9. Gharavi H. Steele R. , “Predictors for Intraframe Encoding of PAL Picture Signals,” Proc. IEE , 127 , Pt. F, No. 3 , 205 – 211 , 1980 . EXTERNAL
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R. C. Brainard, A. N. Netravali, and D. E. Pearson; Predictive Coding of Composite NTSC Color Television Signals, SMPTE Journal ( Volume: 91, Issue: 3, March 1982); SMPTE, 1982. Available at https://doi.org/10.5594/J01298
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R. C. Brainard, A. N. Netravali, and D. E. Pearson; Predictive Coding of Composite NTSC Color Television Signals, SMPTE Journal ( Volume: 91, Issue: 3, March 1982); SMPTE, 1982. Available at https://doi.org/10.5594/J01298

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R. C. Brainard, A. N. Netravali, and D. E. Pearson; Predictive Coding of Composite NTSC Color Television Signals, SMPTE Journal ( Volume: 91, Issue: 3, March 1982); SMPTE, 1982. Available at https://doi.org/10.5594/J01298
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<span class="citation">R. C. Brainard, A. N. Netravali, and D. E. Pearson; <cite>Predictive Coding of Composite NTSC Color Television Signals</cite>, SMPTE Journal ( Volume: 91, Issue: 3, March 1982); SMPTE, 1982. Available at <a href="https://doi.org/10.5594/J01298" target="_blank" rel="noopener">https://doi.org/10.5594/J01298</a></span>

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R. C. Brainard, A. N. Netravali, and D. E. Pearson; Predictive Coding of Composite NTSC Color Television Signals, SMPTE Journal ( Volume: 91, Issue: 3, March 1982); SMPTE, 1982
doi: 10.5594/J01298
url: https://doi.org/10.5594/J01298
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<li>
R. C. Brainard, A. N. Netravali, and D. E. Pearson; <cite id="bib-10-5594-j01298">Predictive Coding of Composite NTSC Color Television Signals</cite>, SMPTE Journal ( Volume: 91, Issue: 3, March 1982); SMPTE, 1982
<span class="doi">10.5594/J01298</span>
</li>