校验位可以是奇校验或者偶校验。
系统采用双时钟设计结构，使得奇校验电路结构简单、易实现。
The system is of double clock design structure which makes the odd verifying circuit structure simple and easily effected.
这是一个偶校验的例子，而其他计算机也可使用校验位生成奇校验。
Thi is an example of an even-parity format, but other computers use the check bit to produce an oll parity.
若用奇校验，则当接收端收到这组代码时，校验“1”的个数是否为奇数，从而确定传输代码的正确性。
If using odd parity, then when the receiver receives this set of code, check the "1" if the number is odd, to determine the transmission code is correct.
该系统中不但采用了奇校验和CRC校验，还利用定时器设置了超时报警机制，提高了通信系统抗干扰的能力。
To improve the ability of suppressing interference, the communication does not only make use of odd parity and CRC parity, but also apply to the overtime alarm mechanism.
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.
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.
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