1.
Analysis on dispersion and alias in finite-difference solution of wave equation.
波动方程有限差分法中的频散与假频分析
2.
Dealiasing interpolation based on Fourier transform and its application
一种基于傅里叶变换的去假频内插方法及应用
3.
If the sampling frequency is less than this, we can expect a serious distortion of output frequency which is generally referred to as aliasing.
如果取样频率小于此数，那么输出频率就要产生严重畸变，通常假频指的就是这种情况。
4.
Accounting Fraud Scandals Rock Corporate America; President Bush Pledges Tough Penalties
美企业频频爆发作假帐丑闻布希总统扬言严惩
5.
If we again increase the frequency, we come into the range that is used for FM and TV.
假如再提高频率，那么就进入调频广播和电视所用的波段。
6.
A false signal in telecommunication links from beats between signal frequency and sampling frequency.
假信号信号频率和取样频率之间的拍子在无线电通信线路产生的假信号
7.
Discrimination of Pseudonormalized Echocardiographic Transmitral Filling Spectrum by Nitroglycerin
静滴硝酸甘油判别二尖瓣血流频谱假性正常
8.
Suppose the speakers both emit a pure sinusoidal sound wave of constant frequency.
假定两个扬声器都发射恒定频率的纯正弦声波。
9.
Assume the ?? and ?? are the frequency of a in the donor and recipient populations.
假定??和??分别是输出和输入群体中基因a的频率。
10.
Periodic Assumption of Frequency Domain Method for Straightness Error Separation
频域法直线误差分离技术的周期性假设
11.
Research on Multi-Hypothesis Motion-Compensated Prediction in Video Communication;
视频通信中的多假设运动补偿预测技术研究
12.
An Empirical Study on Vocabulary Audio Input on the Basis of Involvement Load Hypothesis;
基于投入量假设的词汇音频输入的实证研究
13.
FROM THE FREQUENCY OF FALSE NEWS INCIDENTS TO SEE MEDIA ECOLOGICAL IMBALANCE;
从新闻造假事件频发看媒介生态的失衡
14.
A video object segmentation algorithm based on hypothesis testing and region merging is presented.
提出了基于假设检验和区域合并的视频对象分割算法。
15.
It was pointed out that BIN method is under a hypothesis that frequency is normally distributed.
提出BIN方法是在假设频数分布为正态性的前提下使用的。
16.
Improving Multicode Spread Spectrum Underwater Communication with PIC-HFE Algorithm
一种用于多码扩频水声通信的假设反馈均衡算法
17.
Study on Multi-Hypothesis Decision Feedback Equalization for DS/SS-CDMA Underwater Acoustic Communication
水声扩频通信中多假设反馈自适应均衡算法研究
18.
In statistical language, we would say that the relative frequency become stable as the number of tosses becomes large(if we are tossing the coin under uniform conditions).
用统计学的语言来说就是随着抛掷增加（假定抛币条件不变），相对频率越来越稳定。