登录
首页 » matlab » FullBNT

FullBNT

于 2021-03-31 发布 文件大小:1986KB
0 254
下载积分: 1 下载次数: 447

代码说明:

  贝叶斯matlab程序算法,给出了大量练习数据和实验方法以及结果分析。(Bayesian algorithm matlab procedures are given a great deal of practice data and experimental methods and results analysis.)

文件列表:

FullBNT-1.0.4
.............\#ChangeLog.txt#
.............\BNT
.............\...\@assocarray
.............\...\...........\assocarray.m
.............\...\...........\CVS
.............\...\...........\...\Entries
.............\...\...........\...\Repository
.............\...\...........\...\Root
.............\...\...........\subsref.m
.............\...\copyright.txt
.............\...\CPDs
.............\...\....\@boolean_CPD
.............\...\....\............\boolean_CPD.m
.............\...\....\............\CVS
.............\...\....\............\...\Entries
.............\...\....\............\...\Repository
.............\...\....\............\...\Root
.............\...\....\@deterministic_CPD
.............\...\....\..................\CVS
.............\...\....\..................\...\Entries
.............\...\....\..................\...\Repository
.............\...\....\..................\...\Root
.............\...\....\..................\deterministic_CPD.m
.............\...\....\@discrete_CPD
.............\...\....\.............\convert_CPD_to_table_hidden_ps.m
.............\...\....\.............\convert_obs_CPD_to_table.m
.............\...\....\.............\convert_to_pot.m
.............\...\....\.............\convert_to_sparse_table.c
.............\...\....\.............\convert_to_table.m
.............\...\....\.............\CPD_to_lambda_msg.m
.............\...\....\.............\CPD_to_pi.m
.............\...\....\.............\CPD_to_scgpot.m
.............\...\....\.............\CVS
.............\...\....\.............\...\Entries
.............\...\....\.............\...\Entries.Log
.............\...\....\.............\...\Repository
.............\...\....\.............\...\Root
.............\...\....\.............\discrete_CPD.m
.............\...\....\.............\dom_sizes.m
.............\...\....\.............\log_prob_node.m
.............\...\....\.............\Old
.............\...\....\.............\...\convert_to_pot.m
.............\...\....\.............\...\convert_to_table.m
.............\...\....\.............\...\CVS
.............\...\....\.............\...\...\Entries
.............\...\....\.............\...\...\Repository
.............\...\....\.............\...\...\Root
.............\...\....\.............\...\prob_CPD.m
.............\...\....\.............\...\prob_node.m
.............\...\....\.............\private
.............\...\....\.............\.......\CVS
.............\...\....\.............\.......\...\Entries
.............\...\....\.............\.......\...\Repository
.............\...\....\.............\.......\...\Root
.............\...\....\.............\.......\prod_CPT_and_pi_msgs.m
.............\...\....\.............\prob_node.m
.............\...\....\.............\htm" target=_blank>README
.............\...\....\.............\sample_node.m
.............\...\....\@gaussian_CPD
.............\...\....\.............\adjustable_CPD.m
.............\...\....\.............\convert_CPD_to_table_hidden_ps.m
.............\...\....\.............\convert_to_pot.m
.............\...\....\.............\convert_to_table.m
.............\...\....\.............\CPD_to_lambda_msg.m
.............\...\....\.............\CPD_to_pi.m
.............\...\....\.............\CPD_to_scgpot.m
.............\...\....\.............\CVS
.............\...\....\.............\...\Entries
.............\...\....\.............\...\Entries.Log
.............\...\....\.............\...\Repository
.............\...\....\.............\...\Root
.............\...\....\.............\display.m
.............\...\....\.............\gaussian_CPD.m
.............\...\....\.............\gaussian_CPD_params_given_dps.m
.............\...\....\.............\get_field.m
.............\...\....\.............\learn_params.m
.............\...\....\.............\log_prob_node.m
.............\...\....\.............\maximize_params.m
.............\...\....\.............\maximize_params_debug.m
.............\...\....\.............\Old
.............\...\....\.............\...\CPD_to_lambda_msg.m
.............\...\....\.............\...\CVS
.............\...\....\.............\...\...\Entries
.............\...\....\.............\...\...\Repository
.............\...\....\.............\...\...\Root
.............\...\....\.............\...\gaussian_CPD.m
.............\...\....\.............\...\log_prob_node.m
.............\...\....\.............\...\maximize_params.m
.............\...\....\.............\...\update_ess.m
.............\...\....\.............\...\update_tied_ess.m
.............\...\....\.............\private
.............\...\....\.............\.......\CPD_to_linear_gaussian.m
.............\...\....\.............\.......\CVS
.............\...\....\.............\.......\...\Entries
.............\...\....\.............\.......\...\Repository
.............\...\....\.............\.......\...\Root
.............\...\....\.............\reset_ess.m
.............\...\....\.............\sample_node.m
.............\...\....\.............\set_fields.m

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • Gauss
    matlab中高斯迭代法使用的m文件,可以用于方程组近似值的求解。(m file matlab Gauss iterative method can be used for approximation of solving equations.)
    2012-06-04 18:55:14下载
    积分:1
  • T_C
    在计算流体力学中,多项流中有相变时,基于温度的相变UDF(Mass based on the temperature of the phase change in the UDF)
    2013-06-29 15:44:16下载
    积分:1
  • Newton
    C++编写的电力系统潮流计算程序,采用牛顿法,并考虑到节电优化编号,5,14,57,300节点验证正确(Power flow calculation program, C++ written using Newton' s method, taking into account the number to the power-saving optimization, 5,14,57,300 node authentication)
    2021-04-29 10:28:43下载
    积分:1
  • 塑性模型,适用于混凝土高温本构
    可以对高温状态下的混凝土材料进行准确的塑型模型构建(It can be used to construct accurate plastic model of concrete under high temperature)
    2017-11-11 12:30:52下载
    积分:1
  • cordic
    cordic,matlab,sin,cos,atan,sqrt
    2017-12-07 11:20:19下载
    积分:1
  • matlab
    己知一些离散的点,使用matlab利用最小二乘法拟合(Had a number of discrete points, with linear least squares fitting)
    2013-10-14 15:05:47下载
    积分:1
  • S参提取
    FDTD中利用监视器电场提取S11,S21,S12,S22参数(In FDTD, S11, S21, S12, S22 parameters are extracted from the monitor electric field.)
    2020-12-12 11:19:17下载
    积分:1
  • PID自动控制电机转速
    利用pid算法控制电机转速,转速可调,数码管显示,初学者实用(Using PID algorithm to control motor speed, adjustable speed, digital display, beginners practical)
    2020-06-22 16:00:01下载
    积分:1
  • modelclaasify
    该算法,先对协方差矩阵进行休整,然后用信息论的方法得出信号的源数,这是进行空间普估计的基础(The algorithm, first on the covariance matrix for a rest, and then used information theory methods to draw a number of signal sources, it is estimated that the basis of space S )
    2008-04-23 17:10:18下载
    积分:1
  • xianxingchazhi
    本程序可用于线性插值,Fortran源码用于插值计算。(Program for linear interpolation.)
    2015-12-15 14:05:52下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载