1) Weighted recursive approaching filter
逐次加权逼近滤波器
2) Successive approximation register
逐次逼近寄存器
3) filter approximating
滤波器逼近
1.
In this paper, we present a kind of wavelet filter approximating method based on lattice structure.
提出一种基于栅格结构的小波滤波器逼近方法·应用栅格结构的特性,采用分步栅格优化和随机栅格优化两个过程来构造小波滤波器·在分步栅格优化中,提出两种优化策略:扔掉和保留;并证明这两个优化策略是等价的,这样可以采用扔掉策略也可以保证我们每步优化是最优的·同时,将这种构造算法推广到不同长度滤波器构造,也成功地将该算法应用到以下问题:构造二通道接近线性相位的正交小波滤波器和有限脉冲的信号自适应小波滤波器(主分量滤波器)·另外,分步栅格优化的部分结果已经出现在IEEEICIP2003上
4) gradual approach
逐次逼近
1.
In order to eliminate systemic error caused by different times, different labs, different analysis methods, and to solve some problems in merging maps, we propose a map adjustment theory and gradual approach method, based on a hypothesis that there are same means and standard deviate of data in adjacent small areas between maps.
针对区域地球化学中因不同时间、不同实验室、不同分析手段等原因存在于各图幅数据的系统偏差而造成的图边拼接问题，提出了抑制图幅间数据系统误差影响的图幅平差思想，阐述了图幅平差的数学原理及逐次逼近平差方法。
2.
By means of constructional iterative equationthis paper presents a way to give out the existence and singularity of a type of e- quational root with gradual approach method.
本文通过构造迭代函数，利用逐次逼近的方法给出了一类方程根的存在性与唯一性的判断的一种解决方案。
3.
Kepler s equations can be solved with the gradual approach, which can be further extended to the solution of the non-linear equations.
求解开普勒方程可用逐次逼近法 ,这种方法还可推广到非线性方程的求解问题中。
5) successive approximation
逐次逼近
1.
Capacitor self-calibration technique used in time-interleaved successive approximation ADC;
时间交叉存取逐次逼近型ADC中的电容自校准技术(英文)
2.
SDP with successive approximation and its application in the operation of multireservoir system;
逐次逼近随机动态规划及库群优化调度
3.
According to IEEE standard for short time disturbance of power quality,a fast successive approximation classification method is developed.
针对电力短时扰动信号具有非平稳、突发性的特点,应用小波变换的多分辨率分析特性检测扰动信号的特征参量,依据IEEE制定的短时电能质量扰动标准,提出了一种逐次逼近型的快速分类法。
6) weighing accelerate approximate by bit
加速度加权逐位逼近
补充资料：逐次逼近
逐次逼近
successive approximation
逐次通近(sueeessive aPProximation)用于塑造新的反应或行为的方法。将欲塑造的新反应—靶反应分解成一系列难度渐增的子反应，使之逐渐接近最终所要学习的靶反应。每一个子反应都得到适当的强化以鼓励病人作出进一步的反应，最后学会新反应。参见“塑造法”。 (梁宝勇撰徐俊见申)
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