1.
On Code Constructions for Computer Fault-tolerant Byte Organized Memory Subsystem
用于存储器容错的纠、检单向字节错误码的设计
2.
8 random erroneous bytes in a received word of 204 bytes.
它是如何具备修正8个字节错误的能力呢？
3.
ERPIB (Error Recovery Program Interface Byte)
错误校正程序接口字节
4.
Error: byte array truncation to a length of {0}.
错误：字节数组截断到长度为 {0}。
5.
Asymmetric byte error correcting codes are also described.
本文还介绍了字节式非对称错误纠错码。
6.
The total number of Alignment Errors for this connection. Alignment Errors occur when a byte received is different from the byte expected.
这次连接的校准错误总数。当接收的字节和预料接收的字节不同时出现校准错误。
7.
Error: Extraction not supported on systems with sectors larger than 512 bytes.
错误：提取不支持扇区大于 512 字节的系统。
8.
An effective unidirectional byte error correcting code and its encoding/decoding algorithms are introduced in the paper.
介绍了一种有效的字节式单向错误纠错码及其编码和译码算法。
9.
Literal error: Spelling mistake introduced in typesetting.
错排的字:排字时的错误。亦称手民之误。
10.
Fixed: Possible small memory leak (100 bytes) on missing file decompression / conversion errors.
修正:尽可能小的内存泄漏(100字节),对丢失文件解压/转换错误.
11.
If the wrong encoding is applied to the bytes in memory, the result will be unintelligible text.
如果把错误的编码应用到内容中的字节的话，结果会出现“乱码”。
12.
It is a typing error.
那是一个打字的错误。
13.
Error: Could not find section "[%1]", key "%2"
错误: 无法找到"[%1]"节，"%2"项
14.
His error is of a serious nature.
他的错误情节严重。
15.
Application of a wrong name.
名称的误用一个错误的名字使用
16.
Error: Found`'. Each byte of an IP address must be separated by`.'.
命令行中包含的ip地址两个字节之间应用`'隔开，而本错误信息中是被指明的字符所隔开。
17.
A bit flag representing patch attributes. A value of 1 indicates that the failure to apply this patch is not a fatal error.
一个代表修补属性字节标志。值1表示应用此修补失败不是一个严重错误。
18.
But if the number of changed bytes suddenly shoots up to 5000, the application might suspect that something is amiss.
但是，如果某次修改字节的数量突然激增到5 000，程序可以认为出了某种错误。