干噪比预测,INR forecast
1)INR forecast干噪比预测
2)SNR forecast信噪比预测
3)SIR prediction信干比预测
4)signal to interference and noise ratio信干噪比
1.In this paper, a general expression for the output signal to interference and noise ratio,SINR(W), is derived.推导出窄带波束形成后干扰抵消器(简称PIC)的输出信干噪比(SINR(W)的一般表达式。
英文短句/例句

1.SINR-Based Antenna Combining for Limited Feedback SDMA有限反馈SDMA中基于信干噪比的天线合并算法
2.Direction-finding Processing Method of Correlation Interferometer Under Low SNR低信噪比下相关干涉仪测向处理方法
3.A New Adaptive InSAR Interferogram Filter Based on SNR基于信噪比的InSAR干涉图自适应滤波
4.Blind DBF algorithm for environments of high SNR and low SIR高信噪比低信干比环境下盲自适应波束形成
5.Effect of SNR Mismatch on the BER Performance of Some Codes信噪比失配对若干码型误比特性能的影响
6.Detection of certain-signal in low SNR from stationary processes平稳随机干扰中低信噪比确定性信号的检测
7.Research on Narrowband Interference Suppression Algorithm of DSSS Signals in Low SNR低信噪比下直扩信号窄带干扰抑制算法研究
8.Analysis of SNR of Laser Warning Receiver Based on Coherent Identification;相干识别型激光告警接收机信噪比分析
9.A Method of the Interference Wave Attenuation for the Low SNR Seismic Data低信噪比地震记录干扰波压制方法研究
10.Research and Implementation on HF Technology in Strong Single-frequency-interference under the Condition of Extremely Low SNR;短波极低信噪比条件下抗强单音干扰技术研究与实现
11.A SAR Interferogram Noise Reduction Algorithm Based on the SNR Threshold and Wavelet Transform基于信噪比门限判断和小波变换的SAR干涉图滤波法
12.Research on Narrowband Interference Suppression Based on Adaptive Threshold Under Low SNR低信噪比下基于自适应门限的窄带干扰抑制研究
13.Maximum Signal-to-Interference-and-Noise-Ratio Combiner for Wireless Regenerative Relaying Systems基于最大信号干扰噪声比的无线再生中继系统合并方案
14.In decomposed eigen subspace, by means of eigen extraction, noise is eliminated and signal to noise (s/n) ratio enhanced.在分解后的特征子空间中进行特征提取来消除相干和随机噪声,提高地震记录的信噪比。
15.signal to noise and distortion ratio信号对噪声和失真比
16.SINAD (Signal to Noise and Distortion Ratio)信号-噪声及失真比
17.pulse improvement threshold脉冲信噪比改善阈值
18.(3)S/N (signal to noise ratio) is low about from 1.315 to 1.668 (average S/N).(3)信噪比很低,估算平均信噪比在1.315一1.668之间。
相关短句/例句

SNR forecast信噪比预测
3)SIR prediction信干比预测
4)signal to interference and noise ratio信干噪比
1.In this paper, a general expression for the output signal to interference and noise ratio,SINR(W), is derived.推导出窄带波束形成后干扰抵消器(简称PIC)的输出信干噪比(SINR(W)的一般表达式。
5)SINR信干噪比
1.A low complexity detection algorithm is proposed that combines MMSE-QRD(Minimum Mean Square Error-QR Decomposition)and QRD(QR Decomposition)-M according to the estimated signal to interference plus noise ratio(SINR)from each transmit antenna.一种低复杂度的MMSE-QRD-QRDM检测方法被提出,该算法根据接收端各子流的信干噪比(SINR)和门限值的比较,对各子流分别进行最小均方误差QR分解(MMSE-QRD)检测或QR分解-M(QRD-M)检测。
2.The CCAB algorithm of DBF has high convergence rate in the case of relatively high SINR.数字波束形成算法中,CCAB算法在较高信干噪比条件下具有一定优势。
3.This paper analyzes the output SINR of adaptive array antenna in the presence of amplitude and phase errors.以自适应阵列的输出信干噪比(SINR)为对象,研究了通道幅相不一致性对它的影响。
6)jammer-to-noise ratio干噪比
1.It shows that the upper limit of cancellation ratio of sidelobe canceller depends on the jammer-to-noise ratio in the auxiliary channel and the number of auxiliary channels.构造了一个理想的旁瓣对消系统和一个理想的信号环境,分析了旁瓣对消系统的对消比上限,推导出了对消比上限的精确表达式及近似表达式,得知对消比的上限取决于辅助通道的干噪比和辅助通道的数量。
延伸阅读

信噪比分子式:CAS号:性质:信号功率与噪声功率之比,称做信号对噪声之比,简称为信噪比。噪声总是与信号相对立而存在的,因此,衡量信息量时不能只看信号大小,也要看信号与噪声的比值大小。信噪比值愈大,说明噪声对信号的影响愈小,信号的质量就愈高。