1.
Multiuser Precoding Based On Frequency-Domain Correlation Interpolation for MIMO-OFDM System with Limited Feedback
基于频域相关内插的多用户MIMO-OFDM系统有限反馈预编码方案
2.
Inserts the paragraph number of the marked paragraph in relative context
插入相关内容中所标段落的段落编号
3.
Inserts the paragraph number of the referenced paragraph in relative context
插入相关内容中引用段落的段落编号
4.
Wavelet Image Adaptive Denoising Based on Newton Forward Interpolation and Neigh bour Dependency;
基于前向插值和邻域相关性的图像去噪研究
5.
The Matlab/C Implementation of Frequency Domain Correlation Acquisition Algorithm in GPS
GPS频域相关捕获算法的Matlab/C实现
6.
Study on Optical Coherence Tomograghy at Time Domain and Fourier Domain Systems;
关于光学相干层析成像时域与频域系统的研究
7.
Study of the Related Factors for Reintubation of None COPD Patients in ICU Within 24 Hours after Extubation;
ICU非COPD病人24小时内气管重插管相关因素分析
8.
Finger movement related magnetoencephalography signal processing based on time frequency representation of power
手指活动相关脑磁图的时-频域特征分析
9.
Correlation Noise Model for Transform Domain Wyner-Ziv Video Coding
基于变换域Wyner-Ziv视频编码的相关噪声模型
10.
An Image Recognition Method with Wavelet Frequency and Correlation
一种小波频域相关性目标识别方法(英文)
11.
Research in correlation between parameters of frequency domain and time domain on
听觉脑干诱发反应时域和频域参量的相关性研究
12.
Joint Transform Correlator Based on Chirp Modulation and Slantwise Parallel Wave Illumination Power Spectrum
基于空域啁啾编码频域平行光斜照射的联合变换相关器
13.
Image Noise Estimation Based on Block Neighborhood Relevance
基于块内邻域相关度的图像噪声估计
14.
Research of 2-D interpolation in OFDM pilot-assisted channel estimation
二维内插的OFDM导频信道估计的研究
15.
Phase-Inversion Symmetric Method Application in Frequency Domain and Studies of Noise Correlation;
反相对称法在频域中的应用和噪声相关系数的研究
16.
Endoscopy: a flexible plastic tube with a tiny camera on the end is inserted into body cavities and organs, allowing the physician to view the suspicious area.
内镜：可弯曲的纤维管终端带有微型照相机插入身体的腔内或者器官，可以让医生观察可以区域。
17.
Analysis of endogenous enzymes activity in mutant of Populus tomentosaand its relative species during root formation
芽变毛白杨及其亲缘种扦插生根相关内源酶活性特征分析
18.
Preoperative Pain Sensitivity: A Feasible Way to Predict Patients Responses during Intubation and Skin Incision;
术前疼痛敏感度与气管内插管、切皮反应的相关性研究