补零

基本解释 (translations)

zeroize  ·  zeroing

与补零相关的网络例句 [注：此内容来源于网络，仅供参考]

In chapter 1 ,on one hand ,we give some sufficient conditions for a finite group to be supersolvable and nilipotent by using the properties of π-supplemented subgroups;For example: Theorem 3 Let G be a group, 2 ∈π, if every subgroup of G of prime order is contained in SE, every cyclic subgroup of G of order 4 is π-supplemented in G, then G will be supersolvable.

在第一章中，一方面我们利用π-可补子群的性质给出了有限群为超可解群及幂零群的若干充分条件；例如：定理3设G是群，2∈π，如果G的每个素数阶子群包含在SE中，G的每个4阶循环子群在G中π-可补，则G为超可解群。

Theorem 7 Let G be a group, if every subgroup of G of prime order is contained in Z_∞,2 ∈π, every cyclic subgroup of G of order 4 is π-supplemented in G,then G will be nilpotent.

定理7设G是群，G的素数阶子群包含在Z_∞中，2∈π，如果G的每个4阶循环子群在G中π-可补，则G为幂零群。

This method adopts data-based optimization algorithm to design the initial prediction operator and update operator at each decomposition scale, the initial prediction operator and update operator are interpolated with zero, and then the redundant prediction operator and redundant update operator are obtained.

该方法采用基于数据的优化算法，设计每层小波分解的初始预测器和更新器，然后通过对初始预测器和更新器进行插值补零运算，来获得冗余预测器和更新器。

AAAA stands for a four- digit long-distance area code (long-distance area codes that have less than four digit s shall be left-align, the voids on the right to be filled with the number Zero).

其中， AAAA表示四位长途区号不足四位的长途区号，左对齐，右补零

For reducing boundary distortion area, the elevations of grid DEM are viewed as a discrete sequence under a generalized coordinate, so that the boundary problem of two-dimensional discrete wavelet transform is turned into the boundary problem of one-dimensional discrete wavelet transform, which not only greatly reduces the boundary distortion area, improves the precision of reconstructed DEM data near the boundary, but also decreases the number of zeros adding on the boundary for wavelet transform, and boosts the compression ratio. On the basis of analyzing the distribution characteristics of coefficients in low and high frequency bands, a mixed entropy coding plan is applied, and a high efficient quantizator called"self-adaptive hard threshold"is established, which is helpful for improving the precision of the reconstructed DEM data and for enhancing compression ratio.

为了减小小波变换山区格网DEM数据压缩中边界失真区域，将山区格网DEM高程值视为广义坐标下的离散随机序列，把二维离散小波变换中的边界问题转换为一维离散小波变换中的边界问题，不仅大大减少了小波变换边界失真区域，提高了重构DEM数据边界点的精度，而且减少了边界补零个数，提高了压缩比；通过对山区格网DEM数据小波变换低频区和高频区变换系数分布特点的分析，采取了霍夫曼—游程混合熵编码方案，设计了高效、低失真的"自适应硬阈值"量化器，即对低频区变换系数不进行量化，直接进行霍夫曼编码；对高频区变换系数则先用"自适应硬阈值"方法量化处理，再进行游程编码。

In order to improve our CNC system to a higher level, an interpolation problem of circular in an arbitrary plane was also studied in the paper, where three kinds of interpolation algorithm were given, their feasibility were analysed and compared, and the best algorithm was obtained; In the end of this paper, a new concept of zero—following error position control was advanced, whose control principle and algorithm wre derived.

为使数控系统向更高档次发展，本文还研究了空间圆弧插补问题，给出了三种插补算法，通过分析比较，得到了最佳算法，并用汇编语言进行了可行性验证；在本文的最后，提出了零跟随误差位置控制的概念，并推导出了控制原理和算法。

Note: 1 master data input, output of basic statements 2 master data zeros programming requirements 3 grasp the real signal spectrum Symmetry Principle.

掌握数据输入、输出基本语句；2）掌握数据补零的编程要求；3）掌握实信号频谱对称性原理。

At the same time, at the aspect of theory, we givea lot of results, including: performance calculating formula of FFT phase comparing,coincidence relation of calculating result and target' s real range, calculatingformula under zeroize FFT or single channel.

在相关理论上，我们提出了FFT比相的性能指标计算公式、FFT比相下测距结果与目标实际位置之间的对应关系、补零和单通道下的FFT比相结果。

But for the first packet data do Convolutional Interleaver These zero position is indeed the last automatic zero.

但针对第一包数据做卷积交织时，这些零位置上最后确实自动补零。

In addition, the complemented semiring is defined and it is proved that the complemented semiring is also non-zeroic semiring and so there exist be non—zero ζ_s-injective modules.

另外，本文定义了一类新半环——可补半环，并证明出可补半环S必是non-zeroic半环，因而存在非零？

与补零相关的网络解释 [注：此内容来源于网络，仅供参考]

null fill-in：零插补,零值补偿

null file 空白文件 | null fill-in 零插补,零值补偿 | null galvanometer 零点检流计

zero output signal：零输出信号

zero output position 无输出位置 | zero output signal 零输出信号 | zero padding 补零

zero overbalance：零值超平衡

zero oil 零凝固点油 | zero overbalance 零值超平衡 | zero padding 补零

zero fill：填零,补零

zero field operation 零场工作(微波激射器) | zero fill 填零,补零 | zero flag 零标志

zero fill：补零

zero correction 零位校正 | zero fill 补零 | zero flag 零标志

zero fill：零填充,填零,补零

零延伸 zero extended,ZE | 零填充,填零,补零 zero fill | 零旗标 zero flag

leading zero fill：前零填补

leading wire 导线,引线 | leading zero fill 前零填补 | leading zero suppress 前导零删除,前零抑制,消去前补零,删去前零

zero-zero transition：零零迁

zero-voltage current 零压电流,超导电流 | zero-zero transition 零零迁 | zerofill 填零,补零

zero-zero transition：零零迁

zero-voltage current ==> 零压电流,超导电流 | zero-zero transition ==> 零零迁 | zerofill ==> 填零,补零

noughts complement：零补数,补码,基数补数

nought state ==> 零状态 | noughts complement ==> 零补数,补码,基数补数 | noun group case ==> 名词组角色