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Shift correcting code for channel encoded data 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • H03M-013/00
  • H03M-007/46
출원번호 US-0433877 (1989-11-09)
발명자 / 주소
  • Howe Dennis G. (Pittsford NY) Weldon
  • Jr. Edward J. (Honolulu HI) Hilden Hugh M. (Honolulu HI)
출원인 / 주소
  • Eastman Kodak Company (Rochester NY 02)
인용정보 피인용 횟수 : 55  인용 특허 : 0

초록

Channel encoded data (for example run length limited encoded data) is further encoded in accordance with a shift correction code prior to transmission. Upon reception, forward and backward shift errors present in the received channel encoded data are corrected by a shift correction decoder. The shif

대표청구항

A process for correcting shift errors in a block of run length limited (RLL) channel encoded data in a channel, wherein shift errors cause as many as t separation bits in said block of channel encoded data each to be shifted by as many as (p-1)/2 bit positions, wherein p is at least 3 (one bit forwa

이 특허를 인용한 특허 (55)

  1. Zook Christopher P. (Longmont CO), CRC/EDC checker system.
  2. Noda, Makoto, Coding method, coding apparatus, decoding method, and decoding apparatus.
  3. Lapstun, Paul, Coding pattern comprising Reed-Solomon codewords encoded by mixed multi-pulse position modulation.
  4. Nishi, Takashi, Coding system, encoding apparatus and decoding apparatus, with information and parity storage units.
  5. Bruekers,Alphons A. M. L.; Oomen,Arnoldus W. J.; Van Der Vleuten,Renatus J., Data compression and expansion of an audio signal.
  6. Yokota,Kaoru; Ohmori,Motoji; Yamamichi, legal representative,Masami; Yamamichi, legal representative,Satomi; Yamamichi, legal representative,Keiko; Tatebayashi,Makoto; Usui,Makoto; Yamamichi, decease, Data converter and method thereof.
  7. Yokota, Kaoru; Ohmori, Motoji; Yamamichi, Masami; Yamamichi, Satomi; Yamamichi, Keiko; Tatebayashi, Makoto; Usui, Makoto; Yamamichi, Masato, Data converter for performing exponentiation in polynomial residue class ring with value in finite field as coefficient.
  8. Uchida,Akiyoshi; Taguchi,Masakazu, Data recording and/or reproducing apparatus for demodulating data from a reproduction signal.
  9. Uchida,Akiyoshi; Taguchi,Masakazu, Data reproducing apparatus for demodulating data from a reproduction signal.
  10. Maiuzzo, Michael, Decoding method.
  11. Stek, Aalbert; Schep, Cornelis Marinus; Blum, Martinus Wilhelmus, Device for encoding and decoding using smaller block of symbols.
  12. Gray Martin D., Digital data recording channel.
  13. Gray, Martin D., Digital data recording channel.
  14. Martin D. Gray, Digital data recording channel.
  15. Gable, Melvin; Lewis, Roy; Caldwell, William, Digital video and data recorder.
  16. Howe Dennis George ; Tehranchi Babak, Direct access compact disc, writing and reading method and device for same.
  17. Venkatesan, Ramarathnam; Jain, Kamal, Efficient code constructions via cryptographic assumptions.
  18. Rahul, Kumar; Pisipati, Sri Deepti; Yachareni, Santosh, Encoding and decoding of information using a block code matrix.
  19. Rahul, Kumar; Yachareni, Santosh, Encoding and decoding of information using a block code matrix.
  20. Abbasfar, Aliazam, Encoding and decoding techniques with improved timing margin.
  21. Yoshiki Ishii JP; Akihiro Shikakura JP; Tetsuya Shimizu JP, Encoding device and decoding device suitable for dubbing.
  22. Gorobets, Sergey Anatolievich, Erased sector detection mechanisms.
  23. Nee, Chi-Ping; Krieger, Abraham; Kons, Shachar; Kuo, Chun-Hsuan, Erasures assisted block code decoder and related method.
  24. Nee, Chi-Ping; Krieger, Abraham; Kons, Shachar; Kuo, Chun-Hsuan, Erasures assisted block code decoder and related method.
  25. Cory, Warren E.; Schultz, David P.; Young, Steven P., Error checking parity and syndrome of a block of data with relocated parity bits.
  26. Shimizu Tetsuya,JPX, Error correction code encoder and decoder.
  27. Lee, Patrick J., Error correction code for correcting shift and additive errors.
  28. Sitterley Robert A., Error detection for radio transmission including logically combined pseudo-random numbers and related transmitters, receivers, and methods.
  29. Bliss, William G.; Vityaev, Andrei; Karabed, Razmik, High rate coding for media noise.
  30. Bliss,William G.; Vityaev,Andrei; Karabed,Razmik, High rate coding for media noise.
  31. Bliss,William G.; Vityaev,Andrei; Karabed,Razmik, High rate coding for media noise.
  32. Van Dijk, Marten E.; Coene, Willem M. J. M.; Baggen, Constant P. M. J., Information carrier, device for encoding, method for encoding, device for decoding and method for decoding.
  33. Van Dijk, Marten E.; Coene, Willem M. J. M.; Baggen, Constant P. M. J., Information carrier, device for encoding, method for encoding, device for decoding and method for decoding.
  34. Hayashi Nobuhiro (Kanagawa JPX), Information reproducing apparatus.
  35. Yang,Xueshi; Kurtas,Erozan Mehmet; Negi,Rohit; Zhang,Xun, Jitter sensitive maximum-sequence detection.
  36. Park, Jihoon; Moon, Jaekyun; Lee, Jun, Method and apparatus for encoding and decoding modulation code.
  37. Zhang Minda ; Tucker Gregory Bradford ; Mears Brian Roger, Method and apparatus for generating syndromes associated with a block of data that employs re-encoding the block of data.
  38. Kim, Gyudong; Choi, Hoon; Kim, Min-Kyu; Shim, Daeyun, Method and apparatus for run length limited TMDS-like encoding of data.
  39. Mak Ping-Hang Henry, Method and apparatus for run-length encoding of multi-colored images.
  40. Thadasina, Nivedan; Csapo, John; Gilliland, Paul, Method and system for synchronizing a clock for an adjacent network to a clock for an overlay network.
  41. Poeppelman, Alan D., Method and/or apparatus for implementing constraint codes with low error propagation.
  42. Ebersman, Howard Glen, Method for correcting errors in transfer of information.
  43. Pezeshk, Aria; Ross, John Anderson Fergus, Method for decoding under optical and electronic noise.
  44. Jung,Kiu Hae; Kim,Joo Ho, Method of code generation, and method and apparatus for code modulation.
  45. Lapstun, Paul, Method of imaging a coding pattern comprising reed-solomon codewords encoded by mixed multi-pulse position modulation.
  46. Baggen,Constant Paul Marie Jozef; Van Dijk,Marten Erik; Coene,Willem Marie Julia Marcel, Method of storing or decoding a stream of bits.
  47. Turk, Stephen A.; Zook, Christopher P.; Vis, Marvin L., Multiple-rate channel ENDEC in a commuted read/write channel for disk storage systems.
  48. Chae, Chol Su, Noise generator, integrated circuit including the same, and operation method thereof.
  49. Ito,Toshio; Sawada,Masaru; Morita,Toshihiko; Sugawara,Takao, Recording and reproducing apparatus.
  50. Adler Roy Lee ; Hassner Martin Aureliano ; Kitchens Bruce, Resolving block method for synchronization correction in run-length limited codes.
  51. Varanasi, Chandra Chuda, Run length limited coding with minimal error propagation.
  52. Lapstun, Paul, Substrate having coding pattern encoding Reed-Solomon symbols.
  53. Boyce, Jill MacDonald, Synchronization loss resilient digital communication system using forward erasure correction.
  54. Tang, Heng; Burd, Gregory; Wu, Zining; Chaichanavong, Panu, Systems and methods for achieving higher coding rate using parity interleaving.
  55. Frederickson Lisa, Trellis code with improved error propagation.
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