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matlabBNT

于 2018-12-15 发布 文件大小:2519KB
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  贝叶斯归一化算法，用于对小样本预测，极大提高泛化能力，容易过拟合(Bayesian normalization algorithm is used to predict small samples, which greatly improves generalization ability and is easy to over-fit.)

文件列表：

matlabBNT\data\煤炭矿石价格指数.xlsx, 19589 , 2018-11-14
matlabBNT\final\forcast.txt, 2961 , 2018-11-11
matlabBNT\final\forcastValue.txt, 484 , 2018-11-12
matlabBNT\final\goal-ours.txt, 178 , 2018-11-10
matlabBNT\final\publictran.m, 3045 , 2018-11-13
matlabBNT\final\sample-ours.txt, 2002 , 2018-11-10
matlabBNT\FullBNT-1.0.4\#ChangeLog.txt#, 1246 , 2007-10-19
matlabBNT\FullBNT-1.0.4\BNT\@assocarray\assocarray.m, 315 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\@assocarray\CVS\Entries, 97 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\@assocarray\CVS\Repository, 24 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\@assocarray\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\@assocarray\subsref.m, 419 , 2004-08-04
matlabBNT\FullBNT-1.0.4\BNT\copyright.txt, 125 , 2003-01-18
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@boolean_CPD\boolean_CPD.m, 4856 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@boolean_CPD\CVS\Entries, 52 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@boolean_CPD\CVS\Repository, 30 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@boolean_CPD\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@deterministic_CPD\CVS\Entries, 58 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@deterministic_CPD\CVS\Repository, 36 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@deterministic_CPD\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@deterministic_CPD\deterministic_CPD.m, 1792 , 2002-10-07
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\convert_CPD_to_table_hidden_ps.m, 582 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\convert_obs_CPD_to_table.m, 511 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\convert_to_pot.m, 1621 , 2004-02-20
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\convert_to_sparse_table.c, 3600 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\convert_to_table.m, 541 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\CPD_to_lambda_msg.m, 586 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\CPD_to_pi.m, 436 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\CPD_to_scgpot.m, 791 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\CVS\Entries, 752 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\CVS\Entries.Log, 28 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\CVS\Repository, 31 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\discrete_CPD.m, 233 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\dom_sizes.m, 127 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\log_prob_node.m, 493 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\Old\convert_to_pot.m, 1289 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\Old\convert_to_table.m, 751 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\Old\CVS\Entries, 205 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\Old\CVS\Repository, 35 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\Old\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\Old\prob_CPD.m, 628 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\Old\prob_node.m, 1163 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\private\CVS\Entries, 61 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\private\CVS\Repository, 39 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\private\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\private\prod_CPT_and_pi_msgs.m, 527 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\prob_node.m, 1783 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\README, 251 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@discrete_CPD\sample_node.m, 839 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\adjustable_CPD.m, 195 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\convert_CPD_to_table_hidden_ps.m, 475 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\convert_to_pot.m, 2011 , 2003-03-09
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\convert_to_table.m, 884 , 2003-05-11
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\CPD_to_lambda_msg.m, 1959 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\CPD_to_pi.m, 705 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\CPD_to_scgpot.m, 1978 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\CVS\Entries, 1014 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\CVS\Entries.Log, 28 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\CVS\Repository, 31 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\display.m, 72 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\gaussian_CPD.m, 4877 , 2005-06-15
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\gaussian_CPD_params_given_dps.m, 895 , 2003-05-11
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\get_field.m, 558 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\learn_params.m, 1005 , 2004-06-09
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\log_prob_node.m, 1136 , 2002-09-10
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\maximize_params.m, 1677 , 2003-05-20
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\maximize_params_debug.m, 5447 , 2003-01-30
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\CPD_to_lambda_msg.m, 2018 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\CVS\Entries, 318 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\CVS\Repository, 35 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\gaussian_CPD.m, 6044 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\log_prob_node.m, 1536 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\maximize_params.m, 4879 , 2003-01-30
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\update_ess.m, 2909 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\Old\update_tied_ess.m, 3364 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\private\CPD_to_linear_gaussian.m, 420 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\private\CVS\Entries, 63 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\private\CVS\Repository, 39 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\private\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\reset_ess.m, 369 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\sample_node.m, 599 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\set_fields.m, 1831 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@gaussian_CPD\update_ess.m, 3131 , 2003-07-22
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\adjustable_CPD.m, 150 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\CVS\Entries, 343 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\CVS\Entries.Log, 12 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\CVS\Repository, 30 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\CVS\Root, 51 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\display.m, 42 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\generic_CPD.m, 206 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\learn_params.m, 975 , 2004-06-09
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\log_prior.m, 127 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\Old\BIC_score_CPD.m, 711 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\Old\CPD_to_dpots.m, 586 , 2002-05-29
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\Old\CVS\Entries, 105 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\Old\CVS\Repository, 34 , 2007-02-12
matlabBNT\FullBNT-1.0.4\BNT\CPDs\@generic_CPD\Old\CVS\Root, 51 , 2007-02-12

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    FIR与IIR滤波器在DSP上的实现.　　　DSP是利用计算机或专用DSP处理器，以数字形式对信号进行采集、变换、滤波、估值、增强、压缩、识别等处理，以得到符合人们需要的信号形式。FIR(Finite Impulse Response)滤波器：有限长单位冲激响应滤波器，又称为非递归型滤波器，是数字信号处理系统中最基本的元件，它可以在保证任意幅频特性的同时具有严格的线性相频特性，同时其单位抽样响应是有限长的，因而滤波器是稳定的系统。(FIR and IIR filter is implemented on the DSP. DSP is the use of a computer or a dedicated DSP processor in digital form to the signal acquisition, conversion, filtering, valuation, enhancement, compression, recognition processing needs of the people to give signal form. FIR (Finite Impulse Response) filter: finite impulse response filter units, also known as non-recursive filters, digital signal processing system is the most basic element, it can guarantee any amplitude-frequency characteristics of both a strict linear phase-frequency characteristics, while the unit sampling response is of finite length, and thus the filter is stable system.)
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