ЛИТЕРАТУРА

1.    Huang Т. S., PCM Picture Transmission, IEEE Spectrum, 2, 12, 57—60 (December 1965).

2.     Special Issue on Redundancy Reduction, Proc. IEEE, 55, 3 (March 1967). (Имеется перевод: ТИИЭР, тематический вып. «Сокращение избыточности», 1967, т. 55, №3.)

3.     Huang Т. S., Schreiber W. F., Tretiak О. J., Image Processing, Proc. IEEE, 59, 11, 1586—1609 (November 1971).

4.     Special Issue on Signal Processing for Digital Communications, IEEE Trans. Commun. Tech., COM-19, 6, Part I (December 1971).

5.     Special Issue on Digital Picture Processing, Proc. IEEE, 60, 7 (July 1972). (Имеется перевод: ТИИЭР, тематический вып. «Обработка изображений при помощи цифровых вычислительных машин», 1972, т. 60, №7.1

6.     Huang Т. S., Tretiak О. J., Eds., Picture Bandwidth Compression, Gordon and Breach, New York, 1972.

7.     Habibi A., Robinson G. S., A Survey of Digital Picture Coding, IEEE Computer, 7, 5, 21—34 (May 1974).

8.     Wilson J. C., Television Engineering, Pitman, London, 1937.

9.     Ives H. E., Johnsrud A. L., Television in Colors by a Beam Scanning Method, J. Opt, Soc. Am., 20, 11—21 (January 1930).

10.   Goldmark P. C. et al., Color Television — Part I., Proc. IRE, 30, 4, 162— 182 (April 1942).

11.   Goldmark P. C., et al., Color Television — Part II, Proc. IRE, 31, 9, 465— 578 (September 1943).

12.   McLean F. C., Worldwide Color Television Standards, IEEE Spectrum, 3, 6, 59—60 (June 1966).

13.   Glassford G. M., Fundamentals of Television Engineering, McGraw-Hill, New York, 1955.

14.   McIIwain K., Dean С. E., Eds., Principles of Color Television, Wiley, New York, 1956.

15.   Fink D. G., Ed., Television Engineering Handbook, McGraw-Hill, New York, 1957.

16.   McIIwain K., Requisite Color Bandwidth for Simultaneous Color-Television Systems, Proc. IRE, 40, 909—912 (August 1952).

17.   Bailey W. F., Hirsch C. J., Quadrature Cross Talk in NTSC Color Television, Proc. IRE, 42, 84—90 (January 1954).

18.   de France H., The Sequential-Simultaneous Colour Television System, Acta Electronics, 2, 392-397 (1957—1958).

19.   Townsend В., PAL Colour Television, Cambridge University Press, Cambridge, England, 1970.

20.    Howson E. A., Bell D. A., Reduction of Television Bandwidth by Frequency Interlace, J. Brit. IRE, 20, 2, 127-136 (February 1960).

21.    Maier J. L., Gardenhire L., Redundant Area Coding System (REARCS), Proceedings of the International Telemetering Conference, Los Angeles, California, Vol. 8, October 1972, pp. 301—314.

22.    Haskell B. G., Mounts F. W., Candy J. C., Interframe Coding of Videotelephone Pictures, Proc. IEEE, 60, 7, 792—800 (July 1972). (Имеется перевод: Хэскилл, Маунтс, Кэиди. Межкадровое кодирование видеотелефонного изображения. — ТИИЭР, тематический вып. «Обработка изображений при помощи цифровых вычислительных машин», 1972, т. 60, Л1? 7, с. 47—58.)

23. Seyler A. J., The Coding of Visual Signals to Reduce Channel-Capacity Requirements, Proc. Inst. Elec. Eng., 109, Part C, 676—684 (September 1962).

24. Pease R. F. W., Limb J. O., Exchange of Spatial and. Temporal Resolution in Television Coding, Bell Sust. Tech. J., 50, 1, 191—200 (January 1971).

25. Limb J. O., Pease R. F. w., A Simple Interframe Coder for Video Telephony, Bell. Syst. Tech. J., 50, 6, 1877—1888 (July—August 1971).

26. Candy J. C. et al., Transmitting Television as Clusters of Frame-to-Frame Differences, Bell Syst. Tech. J., 50, 6, 1889—1917 (July—August 1971).

27. Seyler A. J., Budrikis Z. L., Detail Perception After Scene Changes in Television Image Presentations, IEEE Trans. Inf. Theory, IT-11, 1, 31—43 (January 1965).

28. Baldwin M. W., Demonstration of Some Visual Effects of Using Frame Storage in Television Transmission, IR1 Convention Record, 1958, p. 107.

29. Brainard R. C., Mounts F. W., Prasada В., Low Resolution TV: Subjective Effects of Frame Repetition and Picture Replenishment, Bell Syst. Tech. J.t 46, 1, 261—271 (January 1967).

30. Deutsch S., Pseudo-Random Dot Scan Television Systems, IEEE Trans. Broadcasting, BC-ll, 1, 11-21 (July 1965).

31. Gouriet G. G., Dot Interlaced Television, Electronic Eng., 24, 290, 166—171 (April 1952).

32. Haantjes J., Teer K., Multiplex Television Transmission: Subcarrier and Dot Interlace Systems, Wireless Eng., Part I, 31, 215—233 (September 1954); Part II, 31, 266-273 (October 1954).

33. Wrught E. E., Velocity Modulation in Television, Proc. Phys. Soc. (London), 46, 512—514 (July 1934).

34. Bedford L. H., Puckle O. S., A Velocity Modulation Television System, 7, IEE, 75, 63 (1934).

35. Cherry E. C., Gouriet G. G., Some Possibilities for the Compression of Television Signals by Recoding, Proc. I EE, 100, Part II, a—18 (1953).

36. Beddoes M. P., Experiments with Slope Feedback Coder for TV Compression, IRE Trans. Broadcasting, BC-7, 2, 12—28 (March 1961).

37. Beddoes M. P., Two Channel Method for Compressing Bandwidth of Television Signals, Proc. I EE, 110, 2, 369—374 (February 1963).

38. Prince M. D., Honnel M. A., TV Image Reproduction by Use of Velocity- Modulation Principles, Proc. IRE, 39, 3, 265—268 (March 1951).

39. Seitzer D., Class F., Stuck! P., An Experimental Approach to Video Bandwidth Compression by Multiplexing, IEEE Trans. Commun. Tech., COM-17, 5, 564— 568 (October 1969).

40. Stucki P., Limits of Instantaneous Priority Multiplexing Applied to Black- and-White Pictures, IEEE Trans. Commun. Tech., COM-19, 2, 169—177 (April 1971).

41. Class F., Video Bandwidth Compression by Multiplexing: Experimental Results, IEEE Trans. Commun. Tech., COM-19, 3, 371-372 (June 1971).

42. Huang T. S., Tretiak O. J., A Pseudorandom Multiplex System for Facsimile Transmission, IEEE Trans. Commun. Tech., COM-16, 3, 436—438 (June 1968).