本程序通过对采集到的视频序列进行分析,采用背景差法和自适应背景更新的方法对,进入视频序列或摄像头中的人体进行自动检测
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matlab开发-互补累积分布函数。数字数组的互补累积分布函数。
2019-12-21 21:38:57 1KB 环境和设置
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主要是对相干源DOA估计中的四阶累积量music算法的matlab实现
2019-12-21 21:23:49 24KB 四阶累积量
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视易神通夜总会6.0(20160117)累积更新 在视易5.0基础上升级!!免加密狗!
2019-12-21 21:21:21 25.24MB 收银
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产生bpsk信号,加窗后计算二阶矩,四阶矩,循环累积量,二阶循环累积量,四阶循环累积
2019-12-21 21:09:29 2KB 循环累积量 bpsk
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该算法为四阶累积量估计来波方向的matlab仿真,该算法优点在于,实现阵列扩展,以及抑制高斯白噪声的能力
2019-12-21 20:55:55 4KB DOA  MUSIC 四阶累积
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该资源为MUSIC,PM,四阶累积量等DOA估计算法的MATLAB实验仿真,资源整理不易,请同学们务必珍惜。
2019-12-21 20:55:55 2KB PM MUSIC 四阶累积量 DOA
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There is much more information in a stochastic non-Gaussian or deterministic signal than is conveyed by its autocorrelation and power spectrum. Higher-order spectra which are defined in terms of the higher-order moments or cumulants of a signal, contain this additional information. The Higher-Order Spectral Analysis (HOSA) Toolbox provides comprehensive higher-order spectral analysis capabilities for signal processing applications. The toolbox is an excellent resource for the advanced researcher and the practicing engineer, as well as the novice student who wants to learn about concepts and algorithms in statistical signal processing. The HOSA Toolbox is a collection of M-files that implement a variety of advanced signal processing algorithms for the estimation of cross- and auto-cumulants (including correlations), spectra and olyspectra,bispectrum, and bicoherence, and omputation of time-frequency distributions. Based on these, algorithms for parametric and non-parametric blind system identification, time-delay estimation, harmonic retrieval, phase-coupling, direction of arrival estimation, parameter estimation of Volterra (non-linear) models, and adaptive linear prediction are implemented. Also included are algorithms for testing of Gaussianity and Linearity of a time series. A full tutorial and demo set are included in the toolbox.
2019-12-21 20:38:23 2.75MB matlab 高阶累积量
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大牛开发的高阶循环累积量工具包,很有参考价值,可以推导更高阶的循环累积
2019-12-21 20:17:28 27KB 高阶累积量
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计算信号的高阶累积量,带注释,包括高阶矩,亲测可用,代码是matlab的。
2019-12-21 20:16:48 2KB 通信
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