校驗碼 的英文怎麼說

中文拼音 [jiàoyàn]
校驗碼 英文
check code
  • : 校名詞1. (學校) school 2. (校官) field officer3. (姓氏) a surname
  • : 動詞1. (察看; 查考) examine; check; test 2. (產生預期的效果) prove effective; produce the expected result
  • : Ⅰ名詞(表示數目的符號或用具) a sign or object indicating number; code Ⅱ量詞1 (指一件事或一類的...
  1. Attached is the sales contract with the upc numbers. please be sure and add the check digit for 4404

    附件為帶upc條形的合同,請確定為4404 (款)加上校驗碼
  2. Design of a class of ldpc encoder and decoder

    一類低密度奇偶校驗碼的設計
  3. The principles of erasure codes used under binary erasure channels are summarized and erasure codes which belong to standard classes of rs codes are introduced with emphasis on cascaded low - density erasure codes with linear time encoding and erasure recover algorithms. thresholds of regular degree distributions are analyzed. it is shown that low - density erasure codes based on ( d, 2d ) - regular sequences of degree distribution are not close to optimal ( d 3 ). two pares of irregular degree distribution sequences are introduced and a pare of improved right regular sequences of low - density erasure codes are presented, it is testified that the new sequences are asymptotically quasi - optimal. in the meantime, simulations of cascaded low - density erasure codes based on a few types of special sequences of degree distribution available are given, together with performance analyses on these codes

    闡述了應用於刪除通道下的糾刪基本原理,介紹了兩類標準的rs類糾刪,重點分析了具有線性時間編和恢復演算法的漸近好?級聯型低密度糾刪,分析了正則度分佈的閾值,對正則低密度校驗碼在刪除通道下的糾錯性能進行了模擬,從理論上證明了基於( d , 2d ) -正則度序列的低密度糾刪都不是漸近最優( d 3 ) ,同時還分析了非正則低密度校驗碼的度序列設計,基於右邊正則序列提出了一種改進型右邊正則序列,證明了此序列為漸近擬最優的,對基於幾類現有典型度分佈序列的級聯型低密度糾刪進行了模擬模擬及性能分析; 3
  4. Uestc is in charge of the tdd downlink that bases on fpga. low density parity - check ( ldpc ) codes were first discovered by gallager in the early 1960s and recently have been rediscovered and generalized

    低密度奇偶校驗碼( ldpc )是由gallager在1962年首先提出的一種糾錯,在沉寂了多年之後,最近又重新成為通信技術研究的熱點。
  5. Low density parity - check ( ldpc ) codes were first discovered by gallager in the early 1960s and recently have been rediscovered and generalized. this class of codes decoded with soft - in soft - out ( siso ) iterative decoding performs amazingly well

    低密度奇偶校驗碼( ldpc )是由gallager在1962年首先提出的一種糾錯,在沉寂了多年之後,最近又重新成為通信技術研究的熱點。
  6. A cyclic check code used to check and correct the burst error appeared in the transmission procedure of binary information sequence. it is one of the error check codes in common use for computer disc memory

    用來檢查、糾正二進制信息序列在傳輸過程中出現的突發錯誤的一種循環校驗碼,它是計算機磁盤存儲器常用的錯誤校驗碼之一。
  7. Hybrid bit - flip decoding algorithm for ldpc codes

    低密度校驗碼的混合比特反轉譯演算法
  8. In this dissertation, the basic principles of the coding and decoding of ldpc codes are studied systematically, and some code - design problems such as the design of degree distribution sequences, the design of girths and the design of efficient encode - able ldpc codes are analyzed in detail. based on all these efforts, some positive results are obtained and summarized as follow : 1

    本文在對低密度校驗碼現有理論的研究基礎上,系統地分析了低密度校驗碼在刪除通道下的糾錯性能和度序列設計、低密度校驗碼的圍長設計和快速編設計等編設計問題,獲得了一些研究成果,主要概括為: 1
  9. Ldpc codes and the study of their applications

    低密度奇偶校驗碼及其應用研究
  10. Low density parity - check codes and its application foreground

    低密度奇偶校驗碼及其應用前景
  11. On construction of ldpc codes based on data puncturing hybrid arq

    方案的低密度奇偶校驗碼構造方法
  12. Check code : none, odd number, even number

    校驗碼:無,奇,偶
  13. Construction of low - density parity - check code approaching the shannon limit

    構造接近香農極限的低密度校驗碼
  14. Cri cyclic redundancy check code

    循環冗餘校驗碼
  15. Crt cyclic redundancy check code

    循環冗餘校驗碼
  16. Low density parity check codes are a class of linear block error - correcting codes that can be defined by the very sparse parity - check matrix. their error performance approach shannon limits

    Ldpc(低密度校驗碼)是一類可以用非常稀疏的奇偶矩陣定義的線性分組糾錯,具有逼近香農限的性能。
  17. Parity check code

    奇偶校驗碼
  18. These sub - codes can be the same or not, bch code, single parity check code, extended hamming code, and so on

    這些子可以相同也可以不同,可以是bch、單奇偶校驗碼、擴展hamming等。
  19. Although the estimation algorithm is carried out by parity check code, but it is also applicable in general linear block codes to estimate the channel ’ s parameter

    本文演算法不僅可以利用偶校驗碼結構去估計通道參數,而且對於一般的線性分組也適用。
  20. Design of rate - compatible low - density parity - check codes for type - hybrid arq systems

    系統速率可變低密度校驗碼的設計與研究
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