每一块的最低有效位保留为奇偶位。
The least significant bit of each block is reserved as the parity bit.
把速度设置为115200，数据位设置为8，奇偶校验设置为None，停止位设置为1，流控制设置为None。
Set the speed to 115200, the data bits to 8, the parity to None, the stop bits to 1, and flow control to None.
这被称为BIP - 8，这是一个缩写位交叉奇偶校验字节。
This parity byte is known as BIP-8, which is an abbreviation for bit interleaved parity.
使用这些值创建两个DES加密密钥，并为每一组添加一个奇偶校验位，这样即可创建出64位的密钥。
These values are used to create two DES encryption keys, one from each half with a parity bit added to each to create 64 bit keys.
设置波特率，奇偶效验，数据位，停止位。
使用指定的端口名称、波特率、奇偶校验位、数据位和停止位初始化。
Class using the specified port name baud rate parity bit data bits and stop bit.
它是用来设置波特率，奇偶校验，数据位数，停止位。
It is used to set baud rate, parity check, number of data bits, stop bit.
如果解码和编码是系统性的，那么所选子集就是奇偶校验位。
If the encoding and decoding are systematic then the selected subsets are of parity bits.
通常专门设置一个奇偶校验位，用它使这组代码中“1”的个数为奇数或偶数。
Usually set up a dedicated parity bit, it makes this group code "1" is odd or even.
本文档介绍了位交叉奇偶校验(BIP - 8)帧检查，超过SONET (POS)的路由器接口发送的数据包。
This document explains bit interleaved parity (BIP-8) checks on frames that a packet over SONET (POS) router interface transmits.
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。
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.
从键盘输入1位十进制值，判断其奇偶性，若为奇数，在屏幕上输出1，否则为0。
Keyboard input from a decimal value, to determine its parity, if odd, the screen output 1, otherwise to 0.
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。
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。
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.
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