1) minimum approach error
最小误差逼近
1.
Extraction of outline feature points based on the minimum approach error;
基于最小误差逼近的轮廓特征点提取
2) minimum approximation error
最小逼近误差
3) the optimal approximation error
最优逼近误差
1.
The adaptive compensation term of the optimal approximation error and a new robust term are adopted to minify the influence of modeling error and parameter estimation error.
该方案通过引入最优逼近误差的自适应补偿项和新的鲁棒项,削减建模误差和参数估计误差的影响,从而在稳定性分析中取消了要求逼近误差平方可积或逼近误差的上确界已知的条件。
4) approximate error
逼近误差
1.
By building the cycloidal polar parameter equation,the approximate error formula was derived.
建立了摆线的极坐标参数方程,推导出逼近误差的计算公式。
2.
Adaptive fuzzy control is used to approach uncertain item and sliding mode control is used to compensate approximate error and the exterior disturbance,in position control part.
在位置控制部分采用自适应模糊控制去逼近不确定项,用滑模控制器对逼近误差及外部的干扰进行补偿控制;力控制回路采用小脑模型神经网络(CMAC)确定相应模糊调整因子的模糊控制器,把力控制器输出作为位置控制的修正值,通过提高位置的控制精度达到控制力的目的。
5) approximation error
逼近误差
1.
Computer simulation results confirm that the effect of the fuzzy approximation error on the tracking error can be attenuated efficiently by the proposed method.
该方法充分利用被控对象和控制行为知识,采用自适应补偿控制补偿逼近误差,在不要求最优逼近误差平方可积的条件下证明了闭环系统渐近稳定。
2.
Compared with the traditional optimization concept of modifying the window functions or the orders of digital filters,the algorithm minimizes the approximation error by successively modifying the design results by iterative operations with the windowing method.
由于算法中的逼近误差可灵活定义,它能够适用于具有不同频域技术指标要求的非选频型FIR数字滤波器的优化设计。
3.
The adaptive law utilized two types of error in the adaptive fuzzy controller, the tracking error and approximation error.
该方法探讨了自适应模糊控制器的参数自适应律由跟踪误差和逼近误差共同进行调节,并从理论分析和仿真角度证明了该方法比参数自适应律仅用跟踪误差进行调节的控制器具有更好的跟踪效果,该方法加快了系统跟踪误差的收敛速度。
6) error of approximation
逼近误差
1.
The upper bounds of error of approximationfor f∈ Lipα and f ∈Lipα are obtained respectirely.
得到了f∈Lipα及f’∈Lipα时逼近误差的上界。
补充资料：最小辐亮度与最小辐照度(见核爆炸火球)
最小辐亮度与最小辐照度(见核爆炸火球)
minimum-brightness and minimum-irradiance
zuixiao fuliangdu yu zuixiaofu乙haodu最小辐亮度与最小辐照度(minimum-brightness and而nimum一irradianee)见核爆炸火球。
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