Gammachirp滤波器组,Gammachirp filter bank
1)Gammachirp filter bankGammachirp滤波器组
1.In order to make a comprehensive studying of the working mechanism of the cochlea, this paper proposes a method which has good simulation results by using Gammachirp filter bank.为了更好地理解人耳蜗的工作机制,本文提出了一种利用Gammachirp滤波器组对基底膜进行仿真的方法。
2)Filter banks滤波器组
1.Filtered multitone technique and the design of filter banks;滤波多音频技术及其滤波器组设计
2.Video coding using M -channel filter banks;基于M带滤波器组的视频编码方法
3.Reconstruction of nonuniform azimuth sampling signals of space borne SAR DPC-MAB technique based on filter banks;基于滤波器组的星载SAR DPC-MAB技术方位向非均匀采样信号的重构
英文短句/例句

1.third-octave filter set1/3倍频程滤波器组
2.Joint filter spectrum sensing algorithm using filter banks滤波器组的多滤波器联合能量频谱感知算法
3.M-Channel Uniform Linear Phase Filter Banks and Wavelet-like Filter Banks多通道线性相位均匀滤波器组与近似小波滤波器组
4.sound surface wave multichannel filter assembly声表面波多通道滤波器组
5.Research on Application of the Optimisation Technique to FIR Filter and Two-Channel Filter Banks;优化技术在FIR滤波器和两通道滤波器组中的应用研究
6.The Design of Sub-band Filter Banks Based on Cosine-Modulation;基于余弦调制的子带滤波器组的设计
7.Design and Implementation of Cosine-Modulated Analysis Filter Banks;余弦调制分析滤波器组的设计与实现
8.Structure of 1-Dimensional DFT Modulated Filter Banks and Design Algorithms;一维DFT调制滤波器组结构与设计算法
9.Design of Near Perfect Reconstruction DFT Modulated Filter Banks;近似完全重构DFT调制滤波器组的设计
10.Study on the Design and Applications of Cosine Modulated Filer Banks余弦调制滤波器组的设计及应用研究
11.Design Algorithms of Two-dimensional NPR Cosine Modulated Filter Banks二维NPR余弦调制滤波器组设计算法
12.Non-uniform Filter Banks with Subband LMS Adaptation一种适合子带LMS的非均匀滤波器组
13.Spectral estimation methods based on improved Capon filterbank基于改进的Capon滤波器组谱估计新方法
14.Polyphase filters bank's achieving based on DSP Builder基于DSP Builder多相滤波器组的实现
15.A Novel Design of IIR QMF Banks一种设计IIR QMF滤波器组的新方法
16.Spectrum Sensing of Cognitive Radio Based on Filter Banks基于滤波器组的认知无线电频谱检测
17.Design of NPR DFT filter banks with linear phase线性相位NPR DFT滤波器组设计
18.MCAF Noise Cancellation Speech Enhancement Based on Filter Banks基于滤波器组的MCAF噪声对消语音增强
相关短句/例句

Filter banks滤波器组
1.Filtered multitone technique and the design of filter banks;滤波多音频技术及其滤波器组设计
2.Video coding using M -channel filter banks;基于M带滤波器组的视频编码方法
3.Reconstruction of nonuniform azimuth sampling signals of space borne SAR DPC-MAB technique based on filter banks;基于滤波器组的星载SAR DPC-MAB技术方位向非均匀采样信号的重构
3)filter bank滤波器组
1.Biorthogonal compact support wavelet causal filter banks;双正交紧支集小波因果滤波器组
2.A factorjzation algorithm for linear-phase paraunitary filter banks with optimized delay chains;一种优化延迟链结构的线性相位准正交数字滤波器组的算法
3.Study on Fast Implementation and Synchronization Techniques in Filter Bank Multicarrier Systems滤波器组多载波系统快速实现及同步技术研究
4)filter group滤波器组
1.In the process of multi-sample-rate filter group s accomplishment to binary wavelet transform, we discover that in comparison to the primitive signal, the rebuild signal not only leads into zeros generated by filter group s delay before the primitive signal, but also leads into zeros behind it.在采用多采样率滤波器组实现二进小波变换的过程中,发现重构后的信号与原始信号相比较,除了在原始信号之前引入由滤波器组的延迟产生的0值点之外,还在原始信号之后引入了0值点。
2.The inherent distance ambiguity of pulse Doppler radar increases the requirement of Doppler filter group to the clutter-suppression ability.脉冲多普勒雷达的固有距离模糊,增大了多普勒滤波器组对杂波抑制能力的要求。
5)filterbank滤波器组
1.The principle of the reconstruction from periodically nonuniform samples using filterbanks is introduced.介绍了用滤波器组重构多阶采样信号的原理 ,并且利用多阶采样特殊的重构原理以及在降低采样率上的优势 ,介绍了多阶采样在频率选择上的应用。
2.Optimal FIR transmit filterbanks and non-linear DFE receivers are derived for block-based transmissions over frequency-selective channel.本文提出了利用滤波器组预编码及判决反馈均衡对色散信道实现收 /发联合最优设计的方法 。
6)Gammatone filter bankGammatone滤波器组
1.Gammatone filter bank to simulate the characteristics of the human basilar membrane;用Gammatone滤波器组仿真人耳基底膜的特性
延伸阅读

Ga镓元素中文名:镓 原子量:69.735 熔点:9.78c 原子序数:31元素英文名: gallium 价电子:4p1 沸点:2403c 核外电子排布: 2,8,18,3元素符号: ga 英文名: gallium 中文名: 镓相对原子质量: 69.72 常见化合价: +3 电负性: 1.8外围电子排布: 4s2 4p1 核外电子排布: 2,8,18,3同位素及放射线: ga-66[9.5h] ga-67[3.3d] ga-68[1.1h] *ga-69 ga-71 ga-72[14.1h]电子亲合和能: 48 kj·mol-1第一电离能: 577.6 kj·mol-1 第二电离能: 1817 kj·mol-1 第三电离能: 2745 kj·mol-1单质密度: 5.907 g/cm3 单质熔点: 29.78 ℃ 单质沸点: 2403.0 ℃原子半径: 1.81 埃 离子半径: 0.62(+3) 埃 共价半径: 1.26 埃常见化合物: gao ga2o ga2o3发现人: 布瓦博德朗 时间: 1875 地点: 法国名称由来:拉丁文:gallia(法国)。元素描述:柔软的蓝白色金属。元素来源:见于地壳中的铝土岩、锗石和煤炭等矿产中。元素用途:用于半导体工业,制造led(发光二极管)和砷化镓激光二极管。