1) floating threshold setting control
浮动阈值控制
2) floating threshold
浮动阈值
1.
Noise image edge detection based on lifting scheme and floating threshold;
基于提升方案和浮动阈值的含噪图像边缘检测
2.
By analyzing the good time-frequency properties of wavelet packet transform and according to the different wavelet properties between the signal and noise,the method of using floating threshold to denoise is adopted which realizes the weak signal detection at low signal-to-noise ratio.
在分析小波包变换具有良好的时频特性基础上,根据信号和噪声具有不同的小波特性,采用浮动阈值去噪的方法,解决了低信噪比情况下弱信号的检测。
3.
In this paper,a new signal denoising algorithm based on the best wavelet packet basis which adopts Shannon entropy and the floating threshold is discussed,and is used in the signal denoising of the anti-ship missile s gyro.
文中提出了一种基于Shannon熵准则的最优小波包基浮动阈值去噪算法,并将其应用于某型反舰导弹陀螺仪信号的去噪处理。
3) automatic threshold control
自动阈值控制
4) control threshold
控制阈值
1.
At the same time,in order to assort with macrostage and microstage,adopting machine vision control method was also put forward,the distance between the end implement tool and the aim place was looked as control threshold.
同时为了解决宏/微双驱动两部分的协调控制问题,提出了利用全局机器视觉的协调控制方法,将末端执行器与目标点的距离作为控制阈值;如果当前距离大于设定的控制阈值,则起动宏动台进行驱动定位;否则起动压电驱动器进行定位误差补偿。
2.
An extension of the feedback local ramp metering strategy ALINEA is proposed for Wuyi on-ramp in Shanghai urban expressway network by taking ramp queue length and control threshold restriction into consideration.
在考虑匝道排队控制和控制阈值约束的前提下,基于ALINEA算法对武夷路上匝道进行动态控制。
5) Threshold control
阈值控制
1.
The outer one is a combination of a threshold controller and self-adaptiv.
针对加热炉特性提出了一种电流+温度的双闭环控制器:内环控制结构有效地克服了硅钼棒随温度升高带来的电阻干扰,恒定了加热电流;外环采用阈值控制和自适应模糊PID控制,通过自调整PID参数瞬态输出值,提高控制器对系统参数变化的适应能力。
2.
In order to improve dynamic and static performance of the temperature control system,a new method is proposed which combines threshold control with adaptive fuzzy PID control.
为了提高加热速度和温度控制精度,提出了阈值控制策略与自适应模糊PID控制相结合的控制算法。
3.
And the design of a wear-leveling algorithm based on threshold control is put forward.
本文对损耗均衡问题做了详细的分析,提出了一种基于阈值控制的损耗均衡算法。
6) Multi-Thresholds Control
多阈值控制
补充资料:平均值-标准值控制图
分子式:
CAS号:
性质:平均值和标准差控制图的一起使用,简记为x-s图。前者用来判断产品质量特性量值的平均值是否处于或保持所要求的水平,后者用来判断产品质量特性值的标准差是否处于或保持所要求的水平。
CAS号:
性质:平均值和标准差控制图的一起使用,简记为x-s图。前者用来判断产品质量特性量值的平均值是否处于或保持所要求的水平,后者用来判断产品质量特性值的标准差是否处于或保持所要求的水平。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条