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。
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。
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)。
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。
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。
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。
This paper proposed a reversible data hiding algorithm for color images based on prediction error difference expansion and Least Significant Bit (LSB) replacement.
将差值扩展技术应用于彩色图像，提出一种基于预测误差差值扩展和最低有效位(LSB)替换的彩色图像可逆数据隐藏算法。
Data were embedded into the Least Significant Bit-plane (LSB) of high frequency CDF (2, 2) integer wavelet coefficients, which accorded with the principle of Human Visual System (HVS).
在图像的小波子带系数的最低位(LSB)嵌入隐藏数据，将数据嵌入到小波cdf(2,2)的高频子带系数中，符合人的视觉系统原理(HVS)。
A new method that digital watermarking information was embedded in numerical attributes Least Significant Bit (LSB) was put forward in view of the existing watermark algorithms insufficiency.
针对现有水印算法的不足，提出了在数值型属性最低有效位(LSB)嵌入水印信息的一种新方法。
Based on research results of Least Significant Bit (LSB) steganography in BMP images, this paper describes a run length detecting algorithm and gives the principle and realization of algorithm.
本文在深入研究BMP图像LSB隐写算法的基础上，在图像隐写分析中提出了游程检验算法并给出了算法原理和工程实现。
Then it introduces some classical arithmetic of audio information hiding, such as Least Significant Bit, Phase Coding, Echo hiding. And we use them in our system to realize covert communication.
然后介绍了几种经典的音频信息隐藏算法，如最不重要位，相位编码和回声编码，并且将它们用在我们这套系统中实现了隐秘通信。
Then it introduces some classical arithmetic of audio information hiding, such as Least Significant Bit, Phase Coding, Echo hiding. And we use them in our system to realize covert communication.
然后介绍了几种经典的音频信息隐藏算法，如最不重要位，相位编码和回声编码，并且将它们用在我们这套系统中实现了隐秘通信。
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