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1·Some protocols send the least significant bit first.

一些协议是先发送最低有效位的。

2·All data is read and written least significant bit first.

所有数据首先读并且被写最低有效位。

3·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。

4·Fill order of the bit within the image bytes: most significant or least significant bit first.

图像字节内的位填充次序：最高位首先填充还是最低位首先填充。

5·If the number of ones in a byte is already odd, you will set its least significant bit to a zero.

如果一个字节中1的个数已经为奇数，那么就将它的最低位设置为零。

6·In the example shown in FIG. 2 the least significant bit is B0 corresponding to capacitor C0 and so.

在图2中所示的示例中，最低有效位是对应于电容器C0的B0，以此类推。

7·The tick rate (jiffies's least significant bit) is configurable, but in a recent 2.6 kernel for x86, a tick equals 4ms (250hz).

滴答速率(jiffies的最不重要的位)可以配置，但在最近针对x86的2.6内核中，一次滴答等于4ms (250hz)。

8·When a bit in chao sequences is equal to 0, hiding watermark information of the corresponding bit is embedded into Least Significant Bite.

如果混沌序列某一比特位为0，则将对应的加密水印信息嵌入到待嵌入图像信息的最低比特位。

9·Count the number of ones in each byte of the 8-byte block; if the number of ones is even, make it odd by setting the least significant bit to one.

统计8字节块中每字节中的1的个数，如果1的个数为偶数，那么就设置最低位为1使它成为奇数。

10·The least significant bit of the cmd byte is the phase indicator, which is used to differentiate a new command from the retransmission of an old one.

命令字节的最小位是相位指示器，是用来区分一个新的命令还是老命令的重传。