自适应消噪,adaptive noise cancellation
1)adaptive noise cancellation自适应消噪
英文短句/例句
1.Investigation of a denoising method based on lifting static wavelet packet transformation基于提升静态小波包变换的自适应消噪方法
2.Adaptive echo cancellation and noise reduction algorithm一种自适应回声抵消和噪声消除算法
3.Noise Analysis and Studying of Adaptive Noise Cancellation in Pipeline Detecting System;管道检测系统噪声分析与自适应噪声抵消研究
4.Design of Adaptive Filter Based on DSP Systems;基于DSP的自适应噪声抵消器设计
5.Study of Adaptive Noise Cancellation in Enhancement of Speech;语音增强中自适应噪声对消技术研究
6.The Study of Adaptive Filter Based on DSP Systems;基于DSP的自适应噪声抵消系统研究
7.The Adaptive Noise Canceller Based on LMS Algorithm;基于LMS算法的自适应噪声抵消器研究
8.MIMO-OFDM channel estimation method based on adaptive noise canceller基于自适应噪声抵消的MIMO-OFDM信道估计
9.STUDY ON AN ADAPTIVE NOISE CANCELLATION BASED ON EMD(EMPIRICAL MODE DECOMPOSITION) AND ANFIS(ADAPTIVE NEURO-FUZZY INFERENCE SYSTEM)基于EMD和ANFIS的自适应噪声消除研究
10.Study on Adaptive Echo Cancellation and Noise Reduction自适应回声抵消和噪声消除算法的研究
11.Design and Application Research of Adaptive Noise Canceller Based on MATLAB Software;基于MATLAB的自适应噪声抵消器设计及应用研究
12.Research on Wavelet Threshold and the Application of RLS Adaptive Algorithm Speech De-noising Approach小波阈值和RLS自适应算法语音消噪应用研究
13.Research and Simulation of Adaptive Noise Cancellation Technique自适应噪声抵消技术的仿真与应用研究
14.ADAPTIVE LATTICE NOISE CANCELLER AND OPTIMAL STEP SIZE自适应格形联合滤波噪声抵消器及优化步长
15.Study on the noise sources identification and its correlation based on ANC基于自适应噪声抵消的源识别及其相关性研究
16.Technology Study on Cross-Coupled Multi-Channel Adaptive Active Noise Cancellation;互耦多通道自适应有源噪声抵消技术研究
17.The Study of Adaptive Noise Cancellation Based on Neural Network;基于神经网络的自适应噪声抵消的研究
18.The Adaptive Noise Canceller Based on Back Propagation Algorithm and Genetic Algorithm;基于BP算法和遗传算法的自适应噪声抵消器
相关短句/例句
adaptive noise cancellation自适应噪声抵消
1.The implication of theadaptive noise cancellation to suppress the electrosurgical interference from the ECG monitor;自适应噪声抵消在抑制高频电刀对心电监护仪干扰中的应用研究
2.On the basis of analyzing 4 layers forward artificial neural networks which is based on BP algorithms and basic principles of theadaptive noise cancellation system,set up anadaptive noise cancellation system based on artificial neural network.在系统阐述了自适应滤波器和自适应噪声抵消器基本原理的基础上,利用神经网络的特点,设计了基于四层神经网络的自适应噪声抵消系统,克服了传统自适应滤波器需要两路输入信号统计相关的特点。
3.Anadaptive noise cancellation method is presented to extract desired signal from array cross talk signals, and is used to microphone array speech enhancement.本文提出了一种针对阵列交叉串扰信号的自适应噪声抵消方法 ,并将其用于麦克风阵语音增强 。
3)adaptive filtering noise cancellation自适应滤波消噪
4)Adaptive noise canceling自适应噪声抵消
1.In view of the development of an adaptive Fetal Electrocardiogragh(FECG) and the characteristics of distilling the FECG,this paper researched and implemented several adaptive noise canceling algorithms,which are based on the principle of ANC.文中针对研制自适应胎儿心电图仪和提取胎儿心电(FECG)信号的特点,根据自适应噪声抵消(ANC)原理,研究与实现了几种自适应噪声抵消软件算法,滤除母亲心电(MECG)和其它干扰,无创无损提取胎儿心电信号。
2.Because the general photodiode array detector(PDAD) cannot avoid the noise and drift resulted from the intensity fluctuation of the light source,a PDAD based on the adaptive noise canceling was designed.由于普通光电二极管阵列检测器(PDAD)无法克服光源波动造成的影响,设计开发了一种采用自适应噪声抵消技术的PDAD。
3.So the paper will adopt adaptive noise canceling technology.本论文采用自适应噪声抵消技术，从含噪信息中提取故障信息。
5)adaptive noise cancellation自适应噪声对消
1.Study ofadaptive noise cancellation used in measuring HV insulator s leakage current;自适应噪声对消应用于高压绝缘子泄漏电流检测的研究
2.This paper introduces a modified LMS algorithm and its application inadaptive noise cancellation.介绍了一种改进的LMS自适应滤波算法及其在自适应噪声对消中的应用。
6)adaptive noise canceling自适应噪声消除
1.To get the desired acceleration signal of the system, based on dead zone compensation method andadaptive noise canceling theory, nonlinear compensation control schemes are presented here to cancel the harmonics.由于系统死区非线性的存在,正弦信号输入时系统加速度输出中出现高次谐波,使系统加速度输出严重失真,为此提出了基于死区补偿和自适应噪声消除原理等非线性补偿控制策略。
延伸阅读
自适应自整定调节分子式：CAS号：性质：在调节系统中，对象的动态特性往往是变化的,如果变化不大或调节的质量要求不高时，可以采用固定规律的调节器，假若变化大，质量要求又高时，需要选择可变规律调节器。调节器参数的改变是直接按照对象特性的变化进行的，叫作自适应调节。对象的识别和调节器的规律的计算都用一个计算装置进行，就叫自适应自整定调节，或简称自整定调节。
