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1)  MUSIC [英]['mju:zɪk]  [美]['mjuzɪk]
多信号分类法
2)  multiple signal classification
多信号分类法
1.
FFT algorithm in existence is not fit to analyze non-integer harmonics due to its leakage and picket fence effects, AR model spectra estimation and the method of multiple signal classification(MUSIC) can improve the frequency resolution, but they are susceptive of the noise and are easy to produce false frequency.
现有傅里叶算法在含有非整数次谐波的情况下存在着频谱泄漏和栅栏效应,AR模型谱估计和多信号分类法(MUSIC)法能提高频率分辨率,但对噪声敏感,容易产生虚假频率。
3)  MUSIC [英]['mju:zɪk]  [美]['mjuzɪk]
多重信号分类法
1.
MUSIC algorithm is used to estimate target angles in order to accurately determine the direction and the disto.
为能达到要求的角度分辨率 ,对该阵列应用了多重信号分类法 (MUSIC)进行方位分辨 ,并校正了阵元间互耦对MUSIC算法的影响。
2.
The techniques of MUSIC and MVM are applied to obtain sea echo s direction of arrival (DOA).
OSMAR2 0 0 0高频地波雷达系统采用线性调频中断连续波体制 ,天线阵收发共用 ,应用多重信号分类法(MUSIC)和最小方差法 (MVM)获得海面回波到达角 。
4)  MUSIC [英]['mju:zɪk]  [美]['mjuzɪk]
多信号分类算法
5)  multiple signal classification
多信号分类
1.
A novel signal processing technique using the eigendecomposition and multiple signal classification algorithm for estimating skywave delays in Loran-C receiver has been presented in this paper.
提出了一种基于特征分解的多信号分类算法估计罗兰C接收机天波延迟的信号处理新技术。
2.
After the analysis of DPCA and ATI, a new three-aperture GMTI algorithm based on DPCA, ATI and multiple signal classification (MUSIC) techniques is proposed.
针对SAR(合成孔径雷达)动目标检测,提出一种DPCA(中心相位偏置天线)、ATI(沿迹干涉)和MUSIC(多信号分类)相结合的三孔径动目标检测方法。
3.
This paper briefly analyzes the frame of fractional order covariation,proposes some new methods for frequency estimation under alpha-stable noise conditions:Fractional Order Covariation Pisarenko harmonic decomposition (FOC-PHD) and Fractional Order Covariation Multiple Signal Classification (FOC-MUSIC).
本文简要分析了分数阶共变矩阵的结构,在此基础上提出了基于分数阶统计量的谐波信号的频谱估计新方法:基于分数阶共变的Pisarenko谐波分解(FOC-PHD)算法和多信号分类法(FOC-MUSIC)算法。
6)  modified MUSIC
改进多信号分类法
补充资料:多媒体视频视频信号转换器
  一般是指复合端口、Y/C端口、YUV、DV、SDI、S-Video端子、VGA的信号进行互转,主要是模拟与数字信号的互转,DV与YUV分量信号的互转,VGA电脑信号与视频信号的互转等等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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