1·The problem of concern here is the harmonic retrieval in colored non Gaussian noise.
本文研究非高斯有色噪声中的谐波恢复问题。
2·This paper deals with the detection of weak transient signal buried in non-Gaussian noise.
研究非高斯噪声中微弱瞬态信号的检测。
3·At present, most of the DOA estimation algorithms are used in the Gaussian noise environment.
目前，大多数的DOA估计算法是应用在高斯噪声环境下的。
4·This method can also be used in other signal processing field to estimate white Gaussian noise.
该方法还可以用于其它信号处理领域高斯白噪声的估计。
5·This paper compares the BER performances of them for white Gaussian noise channel theoretically.
本文通过理论推导对这两种技术在高斯白噪声通信信道巾的误码性能进行了比较。
6·Propabilities of false alarm and acquisition of the system in white gaussian noise are discussed.
文中分析了在白高斯随机噪声情况下，系统的虚警概率和捕获概率。
7·A method for estimating the frequency of a complex sinusoid in additive complex white Gaussian noise is proposed.
本文提出了一种在加性复高斯白噪声中对单频复正弦信号频率的估计方法。
8·We study orderd structures of binary mixtures with mobile particles under Gaussian noise with Monte Carlo method.
采用蒙特卡罗方法研究高斯噪声场对添加硬球粒子的二元混合物系统自组装的驱动作用。
9·It theoretically ensures that denoising method for Gaussian noise can also be used for Pulse noise and Possion noise.
这样就从理论上保证了对应于高斯白噪声的阈值去噪方法同样适用于脉冲噪声和泊松噪声。
10·Based on the Gaussian signal detection principle under Gaussian noise, the correlation detection is analyzed in theory.
从高斯噪声中高斯信号的检测原理出发，对相关性检测器进行了理论分析。