- 更多网络例句与有效位相关的网络例句 [注：此内容来源于网络，仅供参考]
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In the embedded version of the image, the LSBs carry the compressed bit stream of original LSBs as well as the payload data.
在图像的嵌入式版本，最低有效位进行了原始最低有效位的压缩码流，以及数据的有效载荷。
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The theory of bit-plane in spatial-domain method of image information hiding technology was introduced. The traditional least significant bit hiding algorithm and the improved parity identifier hiding algorithm were analysed. Then the index data chain hiding algorithm was put forward.
介绍图像信息隐藏技术中基于空间域方法中位平面的思想，分析了传统的最低有效位隐藏算法以及在此基础上改进的奇偶标识位隐藏算法，提出了一种失真度更低、安全性更高的新隐藏方法－索引数据链隐藏算法。
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Experiment IV Cymometer experimental requirements: design of an effective place for the 4 decimal digital frequency meter.
详细说明：实验四频率计实验要求：设计一个有效位为4位的十进制的数字频率计。
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On a calculator, the increase of the least significant digit in the result of a calculation by one if the highest decimal place dropped off has a value of more than zero.
在计算器中，如果计算结果舍弃的最高位十进位数字大于零，则剩余部分的最低有效位加1。
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In this paper we will use the concept of "mutual opposite form" to simultaneously recode two scalars stating at most significant bit to least significant bit, i.e. left-to-right recoding. We propose a new representation with low joint Hamming weight to reduce the number of elliptic curve point additions to achieve decreasing the operation cost.
本文将透过符号交替表示式，针对两纯量从最高有效位元(most significant bit， MSB)编码至最低有效位元(least significant bit， LSB)以同步的方式重新编码，新的表示式具有低结合汉明权重特性，可以减少椭圆曲线点加法运算次数，达到降低运算成本的目的。
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On a calculator, the increase of the least significant digit in the result of a calculation to the next higher number where the subsequent digit in the result is 5 or above.
在计算器中，当计算结果的最低有效位的下一位数字等于或大于5时，最低有效数加1。
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The coding method includes the steps of representing respective digital data by digits of a predetermined same number, and coding the digital data represented by digits of the same number by a predetermined coding method from the uppermost significant digit sequence to the least significant digit sequence.
编码方法包括以下步骤：用相同的预定位数表示有关数字数据，以及使用预定编码方法自最高有效位序列至最低有效位序列将由相同位数表示的数字数据编码。
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Where HIGH-BIT is a bit mask with only the most-significant bit set.
这里的 HIGH-BIT 是一个只有最大有效位元设定的位元遮罩。
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In computing , most significant bit is the bit position in a binary number having the greatest value. The msb is sometimes referred to as the left-most bit , due to the convention in positional notation of writing more significant digits further to the left.
在计算机运算中，最高有效位，是指在一个二进制数中具有最大值的那一个二进制位。msb有时也被称为"最左边的位"，这是因为在权位记数法中习惯上将较大的有效数字顺序的写在左边。
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LT3468ES5-1 Pinout: 8-bit Resolution 1 Gsps Sampling Rate ADC Gain Adjust 2 GHz Full Power Input Bandwidth Fs = 1 Gsps, Fin = 20 MHz: C SINAD = 45 dB (7.4 Effective Bits) SFDR = 58 dBc Fs = 1 Gsps, Fin = 500 MHz: C SINAD = 44 dB (7.2 Effective Bits) SFDR = 56 dBc Fs = 1 Gsps, Fin = 1000 MHz (-3 dB Fs): C SINAD = 42 dB (7.0 Effective Bits) SFDR = 52 dBc 2 Tone IMD:-53 dBc (489 MHz and 490 MHz) at 1 Gsps DNL = 0.3 LSB INL = 0.7 LSB Low Bit Error Rate (10-13) at 1 Gsps Very Low Input Capacitance: 0.4 pF 500 mVpp Differential or Single-ended Analog Inputs Differential or Single-ended 50 ECL Compatible Clock Inputs ECL or LVDS/HSTL Output Compatibility Data Ready Output with Asynchronous Reset Gray or Binary Selectable Output Data; NRZ Output Mode Power Consumption: 3.4 W at TJ = 90 C Dual Power Supply: 5 V Radiation Tolerance Oriented Design 150 Krad (Si Measured
LT3468ES5-1引脚说明： 8位分辨率1 GSPS的采样速率ADC的增益调整2 GHz的全功率输入带宽= 1 GSPS的二恶英，翅= 20兆赫中：C的SINAD = 45分贝（7.4有效位）的SFDR = 58 dBc的二恶英= 1 GSP的，财务= 500兆赫中：C的SINAD = 44分贝（7.2有效位）的SFDR = 56 = 1 GSPS的dBc的外勤人员，财务= 1000兆赫（-3分贝财经事务）中：C的SINAD = 42分贝（7.0有效位）的SFDR = 52 dBc的2声调发展学院：-53 dBc的（489兆赫和1 GSPS的的DNL = 0.3的LSB的INL = 0.7 LSB的低误码率（10-13）在1 GSPS的非常低输入电容：0.4 pF的490兆赫）500 mVpp的差分或单端模拟输入差分或单端50Ω的ECL兼容的时钟输入的ECL或LVDS / HSTL输出兼容性数据与异步复位灰色或二进制可选的输出数据就绪输出； NRZ码输出模式下的功耗：3.4 W于温度Tj = 90 C双电源：5伏辐射性导向设计
- 更多网络解释与有效位相关的网络解释 [注：此内容来源于网络，仅供参考]
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significant digit：有效位
有效数字 significant figure | 有效位 significant digit | 有效选择性 effective selectivity
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significant digits：有效数字;有效位
有效数字;有效位 significant digits | 有效数[字] significant figure | 无符号整数;正整数 signless integers
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least significant digit：最低有效位
least significant difference 最低有效位差 | least significant digit 最低有效位 | least significant end 最低有效端
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Significance test：有效位检验
significance level 显著性水平 | significance test 有效位检验 | significant byte 有效字节
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most significant digit：最高有效位
通常我们从最高有效位(most significant digit)开始自左向右书写一个数字. 在理解有效位这个概念时,可以想象一下你的支票数额的第一位增加1和最后一位增加1之间的巨大区别,前者肯定会让你喜出望外.
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significant digit arithmetic：有效位算术
有效数字,有效位 significant digit | 有效位算术 significant digit arithmetic | 有效数位码 significant digit code
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significant digit arithmetic：有效位元算术
"有效数位,有效位元","significant digit" | "有效位元算术","significant digit arithmetic" | "有效数位码","significant digit code"
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MSB most significant figure：(最高有效位)
LSB least significant figure(最低有效位) | MSB most significant figure(最高有效位) | mantissa 尾数
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LSB least significant figure：(最低有效位)
significant figures 有效数字 | LSB least significant figure(最低有效位) | MSB most significant figure(最高有效位)
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most significant bit：最高(有效)位
uint64, sint32, sint64, fixed32, fixed64, bool, string, bytes等,另外支持枚举、嵌套/引用的消息类型等高位为0的字节去掉以后,用来存储整数的每一个字节,其最高有效位(most significant bit)用作标识位,0表示这是整数的最后一个字节,