You don't need to restart the Zero server this time to test the feature.
这次无需重启zero服务器就可以测试此特性。
This feature allows fast checking and adjustment of the amplifier zero.
这种功能能够快速地检查和调节放大器的零点。
To enable this feature, change the null values to zero.
要启用该特性，将null值改为0。
Using the rolling upgrade feature allows you to upgrade the cluster with zero or minimal down time.
使用滚动升级特性允许您使用最少的、甚至零停机时间升级集群。
In other cases, it can either be subtracted from the reading by using the REL (zero) feature or simply canceled out by using built-in zero suppression if the instrument has this feature.
在另一些情况下，则可以使用REL(零点)功能将其从读数中减去，或者简单地使用内置的零点抑制功能(如果仪器具有此功能的话)将其消除。
The instrument zero feature can compensate for any remaining thermoelectric EMF, provided it is relatively constant.
如果热电动势相对为恒定的话，使用仪器的消零功能也能够补偿任何剩余的热电动势。
By using these methods, the system can be of the feature of zero phase error, and the filtering of EEG signals with zero phase error can be realized.
利用该方法可以使系统具有零相位特性，实现脑电信号的零相位失真滤波。
The distance-to-go display feature allows the user to approach the next nominal position quickly and reliably, simply by traversing to a display value of zero.
它的剩余移动量显示功能使用户只要对显示值清零就可快速可靠趋近下一个标称工位。
Propagation feature of optical soliton near the zero-dispersion wavelength point is researched by using Reductive Perturbation Method (RPM) and Renormalization Method in this paper.
本文利用约化摄动重整化方法研究了光纤零色散波长点附近光孤子传输的特征。
Based on the B-Spline theory, this paper present a new kind of multi-scale wavelet transform. The feature of a signal can be extracted in its maximum module or zero-crossing.
本文基于数学样条理论提出了一种新的多尺度小波变换，通过其模极值或零交叉可以有效地提取信号的特征。
A fast location algorithm using classifying shrinkage in parameters space and a feature extraction method using improved wavelet cross-zero detection is presented.
提出了参数空间分级收缩的新的定位算法及其改进的小波过零检测的特征提取算法。
And perhaps the most important "hassle-free" feature is full support for rolling upgrades-meaning zero downtime for maintenance.
最重要的“免麻烦”特性可能是完全支持滚动升级，这意味着不需要为了进行维护而停机。
Based on the study of features of sheet metal parts and Zero Thickness Hypothesis, a new mechanism of naming and identifying topological entities of a feature model is proposed in this paper.
本文在对钣金件特征研究和“零厚度”假设的基础上，提出了一种钣金件拓扑元素命名和辨别的新方法。
Based on the study of features of sheet metal parts and Zero Thickness Hypothesis, a new mechanism of naming and identifying topological entities of a feature model is proposed in this paper.
本文在对钣金件特征研究和“零厚度”假设的基础上，提出了一种钣金件拓扑元素命名和辨别的新方法。
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