1.
A Method of High Frequencies Reconstruction of Audio Signal Based on Reconstructed Octave
一种基于重构八度音的音频信号高频重建方法
2.
This paper introduces a novel approach of HFR, which is based on minimum entropy. Experimental results show that the subjective testing of reconstructed sound is good.
提出了一种基于最小熵的方法进行高频重建,试验结果表明重建声音主观听觉良好。
3.
Height Reconstruction Using Multifrequency InSAR Data;
多频率InSAR高程信息重建算法研究
4.
3-D Reconstruction and High Frequency Echo Characteristic Analysis Based on Target Image
目标图片三维重建和高频回波特性分析
5.
Pre-emphasize Higher Frequencies;De-emphasize Higher Frequencies;Compressor;Expander
预加重高次频率;去加重高次频率;压缩器;扩展器
6.
Clutter Cancellation and High Resolution Processing in HPRF Stepped-frequency Radar
高重频频率步进雷达的杂波抑制和高分辨处理
7.
Research on Pseudo Stereo Video Reconstruction Method Based on Two-Dimensional Video Sequence;
基于二维视频序列的伪立体视频重建方法研究
8.
Performance Analysis of Frequency Modulation Ranging for High-PRF PD Radar
脉冲多普勒雷达的高重频调频测距性能分析
9.
Anti-jamming performance of high pulse repetition frequency tracking radar with random frequency hopping
高重频随机跳频跟踪雷达及其抗干扰性能
10.
We restored it by amplifying specific frequencies seen on the oscilloscope.
扩大示波镜上的频率后我们重建了它
11.
Study on Reconstruction Technology of Computer Video-Leaking Information;
计算机视频泄漏信息的重建技术研究
12.
The Analysis and Reconstruction of Human Motion Gesture Based on the Video;
基于视频的人体运动姿态分析与重建
13.
Video Based 3D Human Body Reconstruction and Motion Capture
基于视频的三维人体重建和运动捕捉
14.
Analysis and Simulation of Super-Resolution Reconstruction from Compressed Video
压缩视频超分辨率重建的研究与实现
15.
Channel radiofrequency volumetric reduction of tongue base a vitro porcine three-dimensional reconstruction experiment for the treatment of obstructive sleep apnea hypopnea syndrome
舌根隧道法射频损伤的三维重建研究
16.
This approach greatly helps to correct the pre-echo inherent in the sinusoidal model.
这种算法有效的解决了正弦模型固有的预回声效应,提高了重建音频的质量。
17.
Research of High Repetition Rate Nanosecond Pulsed Power Supply;
高重复频率纳秒级陡脉冲电源的研制
18.
The Research of LD End-Pumped AO Q-Switched Nd:GdVO_4 Laser with High Repetition Rate;
LD端泵Nd：GdVO_4高重频声光调Q激光器研究