CE_RXPARITY The hardware detected a parity error.
硬件检测到了奇偶校验错误。
An interrupt handler reads the register and provides messages indicating which memory bank caused the parity error.
中断处理器读寄存器，并提供信息，指出哪一个存储单元出现了奇偶错误。
The Bellcore GR-253 standard for SONET networks defines the bytes over which a particular parity error is calculated.
符合BellcoreGR- 253SONET网络标准定义了一个特定的奇偶校验错误计算的字节。
There is considerably less chance of an even-numbered error that eludes the B2 parity calculation.
有偶数不到B2奇偶校验计算的错误的机会大大减少。
Even-numbered errors can elude the parity check on links with high error rates.
偶数的错误，可以躲避的高错误率的链路上的奇偶校验。
A two-dimensional parity-based concurrent error detection method for AES algorithm against differential fault attack is proposed.
提出了一种AES算法的抗差分差错分析的并发错误检测方法——二维奇偶校验方法。
Importantly, each layer USES a single, interleaved parity byte to provide error monitoring across a particular segment, along the end-to-end SONET path.
更重要的是，每一层都使用一个单一的，交错的校验字节提供一个特定的市场上的错误监测以及终端到终端的SONET路径。
This paper constructs irregular LDPC codes of unequal error protection with a parity check matrix in a lower triangular.
采用了近似下三角校验阵的形式，构造了一类具有不等错误保护的非规则ldpc码。
Due to the particular relation of generator matrix and parity check matrix, it can achieve unequal error protection performance with the modified decoding algorithm.
由于校验阵和生成阵满足一定的关系，因此可以采用修正的译码算法来实现对码字的不等错误保护。
And other similar error checking code, Hamming code also makes use of the concept of parity, data bits followed by an increase in the number of bits, can verify the validity of data.
与其他的错误校验码类似，汉明码也利用了奇偶校验位的概念，通过在数据位后面增加一些比特，可以验证数据的有效性。
In addition, we show how to achieve reliable message transmission in the presence of channel errors by sending an error-correcting parity message in the secure broadcast scheme.
同时，在方案中还说明如何通过发送纠错奇偶校验消息来达到在信道差错情况下的可靠消息传输。
In asynchronous transmission, a simple error -detecting scheme called parity can be used...
在异步传输时，一个简单的错误发现原来叫做奇偶校验被运用。
The channel decoding performance is improved with channel encoding error-correcting by using Low Density Parity-check codes (LDPC) codes.
结合低密度奇偶校验码进行信道编码纠错，提高了信道译码性能。
Parity for the occasional error in a separate code.
奇偶校验适合于单独偶发的错码。
Based on some characteristics of decoding and error-floors of low-density parity-check (LDPC) codes, an approach of adding vertical parity-check blocks to original LDPC blocks over GF (2) is proposed.
基于LDPC码在译码和差错平底区域的一些特殊性质，提出了一种为GF(2)域上的LDPC码已编码码字增加纵向校验码字的方法。
Low density parity check (LDPC) code, which is a special case of error correction code with sparse parity-check matrix, has the performance very close to the Shannon Limit.
LDPC码是一种特殊的具有稀疏校验矩阵的纠错编码，其性能逼近香农限。
A method is disclosed that allows the easy generation of low-density parity-check codes that can realize superior error-correcting characteristics.
公开了一种允许容易地产生可实现优越纠错特性的低密度奇偶校验码的方法。
The Multiple Concatenated Parity Check-Code studied in this paper is this type of code, which has strong error-correcting ability.
本文所研究的多重级联奇偶校验码就是这种类型的具有很强纠错能力的差错控制编码。
A two stage belief-propagation(TSBP)decoding algorithm was developed based on trapping set state(TSS)detection to reduce the error floor of low-density parity-check(LDPC)codes.
为了降低低密度奇偶检验码的误码平底，提出一种基于陷阱集状态检测的两级置信度传播译码算法。
Parity is an error-checking procedure in which the number of 1s must always be the same—either even or odd—for each group of bits that is transmitted without error.
奇偶校验是一个错误检查过程，其中每组无错传输位的1的数目必须始终相同，即或奇或偶。
Use more than one parity bit, Hamming codes can not only verify the data is valid, but also in case of error in the data indicated the wrong location.
利用一个以上的校验位，汉明码不仅可以验证数据是否有效，还能在数据出错的情况下指明错误位置。
When constructing a parity-check matrix, PEG can maximize the girth length, thus lowering error-floor, while quasi-cyclic structure bears other advantages.
在校验矩阵构造方面，PEG的构造方法在度约束条件下能最大化环长，从而降低误码平层。同时准循环码在结构化方面也有很多优点。
When constructing a parity-check matrix, PEG can maximize the girth length, thus lowering error-floor, while quasi-cyclic structure bears other advantages.
在校验矩阵构造方面，PEG的构造方法在度约束条件下能最大化环长，从而降低误码平层。同时准循环码在结构化方面也有很多优点。
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