rs code 中文意思是什麼

rs code 解釋
索洛蒙碼
  • rs : RS ＝Revised Statutes 〈加拿大〉《修整法案》〈指1867年加拿大由英殖民地變為自治領的法案〉。1. rupees. 2. rivers.
  • code : n 1 法典；法規。2 規則，準則；（社會、階級等的）慣例，習俗，制度。3 （電）碼，代碼，密碼，暗碼；...
  1. An rs code is twice powerful at erasure correction than at error correction

    里德所羅門碼對抹除的更正能力是一般錯誤的兩倍。
  2. Fec in the gpon adopts the reed - solomon ( rs ) code

    Gpon中的fec採用rs碼的糾錯編碼方式。
  3. Chapter 3 introduces the correcting ability of the rs code. then it particularly states the definition and algorithm of galois field, and analyses the realization of the limited field multiplier based on the dual basis

    第三章分析討論了rs碼的特點，給出了伽羅華有限域的定義與運算規則，推導和分析了基於對偶基的有限域乘法器實現方法。
  4. Secondly, we studied the error control technology of cdpd. we put the emphasis on the performance, design and implement of error correction code, rs code

    其次，本文對cdpd的差錯控制技術進行了研究和分析，著重研究了協議使用的糾錯碼? rs碼的性能，並完成了rs碼編解碼模塊的設計與開發。
  5. Among the linear block codes, rs code is an important one widely used in modern digital communications, which can correct both random and bursty errors with the most powerful error - correcting capability

    Rs碼是一種典型的糾錯碼，在線性分組碼中，它具有最強的糾錯能力，既能糾正隨機錯誤，也能糾正突發錯誤。
  6. In modern communication, rs code has turned into standard error correcting and coding unit as outer code, and become widely used

    由於在現代通信中， rs碼作為外碼成為標準的糾錯編碼單元，用途十分廣泛。
  7. The paper compares some algorithms on rs decoding, makes improvements based on the me algorithm, removes the modifying step in decoding truncate rs code, corrects unsuitable statements in the related papers, and parameterizes the rs decoding module, reducing its area by 20 %. the paper overcomes the signal integration problem in multi - clock design, greatly lowers the phase jitter without area increase, introduces pll to adjust rate for the first time, and parameterizes the module

    本文比較了實現rs解碼的幾種演算法，並在me演算法基礎上進行改進，創造性的去掉了縮短碼解碼中的校正環節，糾正了有關論文中的不當論述，並將rs解碼模塊進行了參數化設計，同時也將rs解碼的規模縮小了20 ；克服了多時鐘設計中的信號完整性難題，在沒有增加模塊面積的條件下，大幅降低數據的相位摘要抖動，首次引入鎖相環來調整速率。
  8. The error - correcting ability of any rs code is determined by the redundancy in the code block

    里德所羅門碼的錯誤更正能力，決定於編碼中添加的冗贅信息。
  9. Reed - solomon ( rs ) code is a popular error - correction code and adopted in a variety of applications such as digital communications and digital storage systems

    摘要里德所羅門碼是一種常見的錯誤更正碼，廣泛應用於如數位通訊與數位儲存媒體中。
  10. Chapter five thoroughly discusses the algorithms on encoding and decoding rs code, and implements the me algorithm with asic

    第五章詳細討論rs碼的編解碼演算法，並給出用於asic實現的me解碼演算法。
  11. In this paper, bit - error rate performance analyses are presented for coded and un - coded frequency hopping m - ary frequency - shift keyed systems under the condition of additive white gaussian noise ( awgn ) and partial band noise jamming and multitone jamming. the use of error - correct codes provide a way to improve the performance of frequency hopping system, particularly the use of reed - solomon code in a fh system under the condition of partial band noise jamming can greatly improve the performance of system. so we provide the way of coding and decoding of rs code in c language. in the end, we offer the simulation of the performance of time diversity fh / 2fsk system over partial band jamming noise channels

    第一章為緒論，敘述跳頻通信的發展趨勢，以及基本概念，第二章及第三章介紹提高抗部分頻帶干擾的前向糾錯碼reed - solomon碼的原理和實現方法。第四章研究跳頻通信系統在各種干擾條件下的性能。最後在第五章以fh mfsk系統為例，探討在部分頻帶干擾下的系統性能，並進行計算機模擬，模擬結果表明採用分集技術和各種編碼技術對于系統的性能改善具有明顯的效果。
  12. The paper studies the performance of turbo code and the concatenated code which makes up of rs code and convolutional code

    本文對rs與卷積級聯編碼和turbo碼的性能分別進行了研究。
  13. Furthermore, this paper analyzes the error control system based on concatenated code, mainly including the formation, encoding, decoding of rs code and convolutional code, interleaving, and deinterleaving

    本文同時也就基於級聯碼的差錯控制系統設計作了分析，主要包括rs碼和卷積碼的構成、編碼、譯碼、交織和去交織。
  14. Furthermore, the encoding and decoding methods of ( 16, 12 ) rs are simply discussed. the method of soft - decision decoding of rs code is researched

    此外在rs碼的編譯碼基礎上討論了增長碼rs （ 16 ， 12 ）的編譯碼方法。
  15. The paper expounds on the theory, concept and application of reed - solomon code by the brief introduction of error controlling system and channel coding, and finally finishes the design of rs code coder and decoder under the guidance of dvb - c standards by consulting the related references

    本論文通過對差錯控制系統及通道編碼的簡單介紹，進而闡述了reed ? solomon碼的原理、概念和應用，參考有關文獻，完成了在dvb - c標準下對rs碼編譯碼器的演算法的程序編制和硬體的結構設計。
  16. Chapter is the most important part in this paper, we used pulse position modulation ( ppm ) and maxim - likelihood demodulation to increase the power efficiency, improve the ber, also we used rs ( reed - solomon ) code to correct the bunched bit error because of the atmosphere scintillation. with the ppm modulation / ml demodulation method and rs code, the performance of the system improved to a new stage

    第四章是對無線光接入的調制解調和編碼技術的分析，也是本文的重點，比較了ppm調制和ook調制的帶寬和功率利用率、硬判決解調和最大似然解調對系統性能的改善，以及採用rs糾錯碼對系統性能的改善。
  17. Qr code is a kind of 2d matrix barcode. it has high density, great capacity that will influent coding of 2d - barcode. a rs code is cyclic symbol error - correcting code, which can correct lost or missing data for damaged symbols

    Qrcode是一種矩陣二維碼，具有信息密度大、容量高的優點，因此，譯碼時受噪聲的干擾大，採用糾錯能力比較強的非二進制bch碼中的一類? rs碼進行編碼，可以有效地抗除干擾進行糾錯。
  18. Being an important linear block code in error control field, the reed - solomon ( rs ) code has very strong capability of correcting random and burst errors, which is widely used in various modern communication systems to satisfy the requirement of channel reliability

    Rs （ reed - solomon ）碼是差錯控制領域中一類重要的線性分組碼，由於具有很強的糾錯能力，因而被廣泛地應用於各種現代通信系統中，以滿足對通道可靠性的要求。
  19. So, besides a brief introduction of reed - solomon error - correcting code ( rs code ), this paper also gives a thorough analysis of rs code ' s application in two - dimensional bar code pdf417, giving detailed error - correcting principles in gf ( 929 )

    本文簡要介紹了reed - solomon糾錯碼（ rs碼）原理，重點分析研究它在pdf417二維條形碼中的應用方法，並詳盡地推導了在迦羅華域gf （ 929 ）域內rs碼的編譯碼方法。
  20. However, in actual channels, rs code need be applied in combination with interleaving and scrambling in most cases to deal with sudden errors that break out continuously

    而在實際通道中，由於常常要對付連續出錯的突發錯誤，因此rs碼常常還要與交織和加擾結合應用。
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