Fix the parity of the 8-byte block that you got in Step 6.
修正在第6步中得到的8字节块的奇偶性。
Now I again check to see if the 8-byte parity-fixed block of Step 10 is a weak key (just like I did in Step 8).
现在再次检查第10步得到的经过奇偶修正的8字节块是不是弱密钥(就像在第8步中所做的那样)。
The least significant bit of each block is reserved as the parity bit.
每一块的最低有效位保留为奇偶位。
If it is, you will exclusive OR the last byte of the 8-byte parity-fixed block with 0xf0 (11110000).
如果是的话，就要用0xf0(11110000)与奇偶修正过的8字节块进行exclusiveOR。
Now I fix the parity of each of the bytes in the 8-byte block produced in Step 9.
现在我修正第9步产生的8字节块中的每一个字节的奇偶性。
Other RAID levels include RAID-5, which includes block-level striping with distributed parity codes across disks, and RAID-6, which includes block-level striping with double distributed parity.
其他RAID级别包括RAID - 5和RAID - 6, RAID - 5跨磁盘包含分布式奇偶校验码的块级条带化，RAID - 6包含带有双重分布式奇偶校验的块级条带化。
According to the characteristics of orthogonal parity-check matrixes, an exhaustive algorithm was proposed to search for the orthogonal parity-check matrixes of general block codes.
根据正交校验矩阵的特点，提出了一种一般线性分组码的正交校验矩阵的穷举搜索算法。
Low Density parity check (LDPC) codes are a kind of linear block codes approaching Shannon limit. They can be constructed either with spare parity-check matrix or with factor graphs.
LDPC码是一种可以接近香农限的线性分组码，可通过稀疏奇偶校验矩阵来构造，也可以用因子图来构成。
The frames are then coded based on a particular block code to provide parity bits.
帧然后基于特定分组码经编码以提供一致校验比特。
The coefficients of the set of parity polynomials constitute parity symbols of the data block.
该组同位多项式的系数构成该组第二方向符线的同位符。
Same-parity fields are used to improve the accuracy of motion estimation. It estimates the motion by comparing the sum of absolute block difference(SAD) between 4 fields with the threshold of motion.
运动估计通过比较同极性场的像素块绝对值差和（SAD）与运动阈值实现运动估计，并且利用前一场的运动信息进行鲁棒性处理，提高运动检测的精度。
Same-parity fields are used to improve the accuracy of motion estimation. It estimates the motion by comparing the sum of absolute block difference(SAD) between 4 fields with the threshold of motion.
运动估计通过比较同极性场的像素块绝对值差和（SAD）与运动阈值实现运动估计，并且利用前一场的运动信息进行鲁棒性处理，提高运动检测的精度。
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