1.
complex-frequency domain analysis of discrete-time system
离散时间系统的复频域分析
2.
An Analysis on the Dynamic Solution of the Series of Capacitor′s Voltages by Means of Complex Freguency Field Analysis Method;
复频域分析法分析串联电容电压的暂态解
3.
An improved method of modal parameters identification by the least-square complex frequency based on wavelet transform
一种基于小波变换的最小二乘复频域法的改进方法
4.
Frequency Deviation Estimation for TDS-OFDM System
时域同步正交频分复用系统的频偏估计
5.
Low complexity frequency domain TOA estimation for UWB sources
UWB信源低复杂度频域TOA估计
6.
Choose to accept a channel or content area by selecting its checkbox~~Tap the channels you want.
请通过选中复选框来接受频道或内容区域~~请点击所需的频道。
7.
Study on Some Key Technologies of High-speed Imaging Complex Spectral Domain Optical Coherence Tomography;
复谱频域OCT快速成像的若干关键技术研究
8.
The Method of Frequency Spectrum Resource Multiplexing in Fractional Fourier Transform Domain
分数傅里叶变换域的频谱资源复用方法
9.
Content based image watermarking algorithm in hypercomplex frequency domain
一种超复数频域的有意义数字水印算法
10.
On the continuity of frequency domain μ analysis and complex perturbation method for flutter solution
频域颤振μ分析的连续性及复摄动方法研究
11.
Research on Video Vehicle Monitoring System Based on the Combination of Color Spaces and Space-time Domain;
基于复合颜色空间与时空域的视频车辆监控系统的研究
12.
Simulation of Non-Orthogonal Frequency Division Multiplexing in WLAN Based on WiFi;
非正交频分复用在基于WiFi的无线局域网中的仿真研究
13.
Research of the Technology of OFDM Used in WLAN Based on IEEE 802.11a;
基于IEEE 802.11a的无线局域网中正交频分复用技术研究
14.
Research on Intelligent Fault Diagnosis Methods for Reciprocating Compressor Based on Local Wave Time-Frequency Spectrum;
基于局域波时频谱的往复机故障智能诊断方法研究
15.
Frequency Domain Deconvolution Technique and Its Implementation in the Recovery of the Space Charge Signal
空间电荷测量信号恢复中的频域反卷积技术及实现
16.
Complexity algorithm and wavelet package transform are discussed in this paper.
传统的复杂度算法是对信号的时域信息进行处理,缺乏频域的丰富信息,不够稳健。
17.
The" time-domainsynchronousorthogonal frequency division multiplexing digital transmission technology" project of Tsinghua University won the second prize of national technological innovation in2005.
清华大学的“时域同步正交频分复用数字传输技术”项目在2005年获得国家技术发明二等奖。
18.
He holds that the Jialing River Basin's flood has five characteristics:universality, frequency, seasonality, destructiveness and complexity.
文中分析了嘉陵江流域洪灾具有普遍性、频繁性、季节性、破坏性、复合性的特点。