文件名称:music@mdl
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music高阶谱分析算法研究，同时还包括信号维数的估计，即mdl准则的研究-high-end music spectrum analysis algorithm, but also including the signal dimension is estimated that the study criteria mdl
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下载文件列表
文档及程序
..........\(投稿)五元十字交叉阵的测向模糊分析及阵列改进措施.doc
..........\5元CA通道幅相误差多大天线阵测向不受影响.doc
..........\MUSIC算法04.6.27日总结.doc
..........\增大圆半径r时的几种天线阵设置(二维测向).doc
..........\空域平滑类方法
..........\..............\MMUSIC
..........\..............\......\mmusic_music
..........\..............\......\............\corr_coefficient.m
..........\..............\......\............\fromeigencomposition_lastsolved.m
..........\..............\......\............\mmusic_music.m
..........\..............\......\............\signal_noise_complex.m
..........\..............\......\............\signal_noise_gauss.m
..........\..............\......\............\signal_noise_real.m
..........\..............\......\resolution_corrcoef
..........\..............\......\...................\corr_coefficient.m
..........\..............\......\...................\fromeigencomposition_lastsolved.m
..........\..............\......\...................\mean_var.m
..........\..............\......\...................\resolution_mmusic_s.m
..........\..............\......\...................\resolution_mmusic_s_1.m
..........\..............\......\...................\reso_propa_1_mmusic.m
..........\..............\......\...................\reso_propa_mmusic.m
..........\..............\......\...................\signal_noise_real.m
..........\..............\......\...................\s_differ_initialphase.m
..........\..............\......\庞.vip
..........\..............\......\（何）修正MUSIC算法对相关信早源的DOA估计性能.vip
..........\..............\修正的空间平滑法
..........\..............\................\3method-experiment2-figure1.emf
..........\..............\................\4method-3signals-higncorrelated.emf
..........\..............\................\4method-4signals-uncorrelated.emf
..........\..............\................\4method-experiment1-figure1-2.emf
..........\..............\................\4method-experiment1-figure1.emf
..........\..............\................\4method-experiment1-figure2.emf
..........\..............\................\4method-experiment1-figure3.emf
..........\..............\................\allAOA_mean_var.m
..........\..............\................\all_4method.m
..........\..............\................\AOAmean_var.m
..........\..............\................\corr_coefficient.m
..........\..............\................\fromeigencomposition_lastsolved.m
..........\..............\................\mssmethod.m
..........\..............\................\peak_4method.emf
..........\..............\................\peak_4method_1.emf
..........\..............\................\peak_4method_2.emf
..........\..............\................\peak_m_mm.emf
..........\..............\................\peak_m_mm_1.emf
..........\..............\................\peak_m_mm_2.emf
..........\..............\................\peak_ss_mss.emf
..........\..............\................\peak_ss_mss_2.emf
..........\..............\................\reso-propa-3method(use).emf
..........\..............\................\reso-propa-3method(use).m
..........\..............\................\resolution_4method.emf
..........\..............\................\resolution_4method_s.m
..........\..............\................\resolution_4method_s_1.m
..........\..............\................\resolution_m_mm.emf
..........\..............\................\resolution_ss_mss.emf
..........\..............\................\resoprop-correlation-2signals.emf
..........\..............\................\reso_propa_1_4method.m
..........\..............\................\reso_propa_4method.m
..........\..............\................\signal_noise_complex.m
..........\..............\................\signal_noise_gauss.m
..........\..............\................\signal_noise_real.m
..........\..............\................\s_differ_initialphase.m
..........\..............\................\UCA_theoreticalvar_CramerRao.m
..........\..............\................\ULA_allvectors_eigen_decomposition.m
..........\(投稿)五元十字交叉阵的测向模糊分析及阵列改进措施.doc
..........\5元CA通道幅相误差多大天线阵测向不受影响.doc
..........\MUSIC算法04.6.27日总结.doc
..........\增大圆半径r时的几种天线阵设置(二维测向).doc
..........\空域平滑类方法
..........\..............\MMUSIC
..........\..............\......\mmusic_music
..........\..............\......\............\corr_coefficient.m
..........\..............\......\............\fromeigencomposition_lastsolved.m
..........\..............\......\............\mmusic_music.m
..........\..............\......\............\signal_noise_complex.m
..........\..............\......\............\signal_noise_gauss.m
..........\..............\......\............\signal_noise_real.m
..........\..............\......\resolution_corrcoef
..........\..............\......\...................\corr_coefficient.m
..........\..............\......\...................\fromeigencomposition_lastsolved.m
..........\..............\......\...................\mean_var.m
..........\..............\......\...................\resolution_mmusic_s.m
..........\..............\......\...................\resolution_mmusic_s_1.m
..........\..............\......\...................\reso_propa_1_mmusic.m
..........\..............\......\...................\reso_propa_mmusic.m
..........\..............\......\...................\signal_noise_real.m
..........\..............\......\...................\s_differ_initialphase.m
..........\..............\......\庞.vip
..........\..............\......\（何）修正MUSIC算法对相关信早源的DOA估计性能.vip
..........\..............\修正的空间平滑法
..........\..............\................\3method-experiment2-figure1.emf
..........\..............\................\4method-3signals-higncorrelated.emf
..........\..............\................\4method-4signals-uncorrelated.emf
..........\..............\................\4method-experiment1-figure1-2.emf
..........\..............\................\4method-experiment1-figure1.emf
..........\..............\................\4method-experiment1-figure2.emf
..........\..............\................\4method-experiment1-figure3.emf
..........\..............\................\allAOA_mean_var.m
..........\..............\................\all_4method.m
..........\..............\................\AOAmean_var.m
..........\..............\................\corr_coefficient.m
..........\..............\................\fromeigencomposition_lastsolved.m
..........\..............\................\mssmethod.m
..........\..............\................\peak_4method.emf
..........\..............\................\peak_4method_1.emf
..........\..............\................\peak_4method_2.emf
..........\..............\................\peak_m_mm.emf
..........\..............\................\peak_m_mm_1.emf
..........\..............\................\peak_m_mm_2.emf
..........\..............\................\peak_ss_mss.emf
..........\..............\................\peak_ss_mss_2.emf
..........\..............\................\reso-propa-3method(use).emf
..........\..............\................\reso-propa-3method(use).m
..........\..............\................\resolution_4method.emf
..........\..............\................\resolution_4method_s.m
..........\..............\................\resolution_4method_s_1.m
..........\..............\................\resolution_m_mm.emf
..........\..............\................\resolution_ss_mss.emf
..........\..............\................\resoprop-correlation-2signals.emf
..........\..............\................\reso_propa_1_4method.m
..........\..............\................\reso_propa_4method.m
..........\..............\................\signal_noise_complex.m
..........\..............\................\signal_noise_gauss.m
..........\..............\................\signal_noise_real.m
..........\..............\................\s_differ_initialphase.m
..........\..............\................\UCA_theoreticalvar_CramerRao.m
..........\..............\................\ULA_allvectors_eigen_decomposition.m