奇校验

采用硬件技术实现奇校验、CRC校验两种校验格式。

The ODD and CRC data verifying format are carried out by technology of hardware .

适合射频IC卡微处理器软件实现的4位CRC校验与奇校验结合检错及纠1位错算法。

Thirdly , the method of 4 bit CRC and odd check is used in the system .

本文给出一种CRC的奇校验巧妙结合的检错纠错编码算法。

A HEC algorithm and its program Combining CRC with Odd-parity is given .

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 .

设计了8个数据位的奇校验码编码和校验电路；

A 8-bit odd coding circuit and verification circuit are designed and simulated .

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 .

采用奇校验提高了通信可靠性，同时也对字符串作了码制转换。

For increasing the security of communication the odd check is adopted , at the same time the character string is converted in coding system .