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噪声环境
1、environment───n.环境,外界
2、disengaging environment───脱离环境
3、home environment───家庭环境;原始环境;内部环境
4、environment definition───环境定义
5、environment international───国际环境组织
6、noise───n.(Noise)人名;(英)诺伊斯;vt.谣传;vi.发出声音;大声议论;n.[环境]噪音;响声;杂音
7、marine environment───[环境]海洋环境;[法] 海洋环境
8、production environment───[计] 生产环境
9、inarticulate environment───口齿不清的环境
1、This thesis researches the signal stream detection in strong background noise environment.───本论文研究的是强噪声背景下信号流检测。
2、The author proposed a scheme that applying the spread spectrum (SS) communication to the strong noise environment to solve this problem.───本文作者在分析了矿井通信技术难题的基础上,提出了将扩频通信应用到强噪声环境中的方案。
3、Theoretical analysis and simulation results indicate this algorithm's validity, with low SNR and colored noise environment.───理论分析和FangZhen结果均表明在低信噪比色噪声情况下该算法的有效性。
4、Spread spectrum communication is the most efficient mode in the strong noise environment such as the coal mine.───扩频通信是矿井等强噪声环境中最有效的通信方式。
5、Additionally, it is not necessary to deal with arbitrary Gaussian noise environment since it is based on the fourth-order cumulants.───此外,新算法使用四阶累积量,因此适用于任意的加性高斯噪声环境。
6、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。
7、that the proposed algorithm provides better performance in the impulsive noise environment than that of AED algorithm.───计算机FangZhen表明该方法在脉冲噪声环境下具有较好的鲁棒性。
8、Experimental results show that the proposed method has good performance in the noise environment.───经实验验证,结果显示改进后的算法在常见的弱噪声环境下能达到较好的检测效果。
9、A robust speech recognition system in high noise environment is introduced and its performance is discussed in this paper.───开发了一高噪声环境下特定人孤立词的语音识别XiTong,讨论了XiTong性能的考核情况。
1、The MD method can work well either in white noise or colored noise environment.
2、A generalized method for roundness error separation under noise environment was presented.
3、Endpoint detection is a very difficult task in the noise environment.
4、QPSK the additive white Gaussian noise environment, and the signal - to - noise ratio of the simulation.
5、This later virtue ensures a high speech intelligibility at the time while the signal-noise ratio of speech communication is highly raised in a middle- and low-frequency noise environment.
6、Glottal Information Based Cepstral Mean Subtraction (GIBCMS), which make use of glottal features in noise environment, is presented here.