登录
首页 » Java » 传递熵的计算方法jidt-master

传递熵的计算方法jidt-master

于 2016-07-07 发布 文件大小:8791KB
0 209
下载积分: 1 下载次数: 29
我要下载

代码说明：

  多种传递熵的计算方法，包括离散和连续信号的传递熵计算，包括多种核函数(JIDT: An information-theoretic to olkit for studying the dynamics of complex systems)

文件列表：

jidt-master
...........\build.xml,9266,2015-08-20
...........\demos
...........\.....\AutoAnalyser

...........\.....\............\README-AutoAnalyserDemo.pdf,237741,2015-08-20
...........\.....\............\runAutoGenerated.bat,308,2015-08-20
...........\.....\............\runAutoGenerated.sh,308,2015-08-20
...........\.....\............\runMIAutoAnalyser.bat,300,2015-08-20
...........\.....\............\runMIAutoAnalyser.sh,298,2015-08-20
...........\.....\............\runTEAutoAnalyser.bat,300,2015-08-20
...........\.....\............\runTEAutoAnalyser.sh,298,2015-08-20
...........\.....\clojure
...........\.....\.......\deploy
...........\.....\.......\......\project-template.clj,783,2015-08-20
...........\.....\.......\......\readme.txt,210,2015-08-20
...........\.....\.......\examples
...........\.....\.......\........\example1TeBinaryData.clj,1749,2015-08-20
...........\.....\.......\........\example2TeMultidimBinaryData.clj,1912,2015-08-20
...........\.....\.......\........\example3TeContinuousDataKernel.clj,2829,2015-08-20
...........\.....\.......\........\example4TeContinuousDataKraskov.clj,3035,2015-08-20
...........\.....\.......\........\project.clj,417,2015-08-20
...........\.....\.......\README-ClojureExamples.pdf,117194,2015-08-20
...........\.....\.......\README-UseInClojure.pdf,81963,2015-08-20
...........\.....\data
...........\.....\....\10ColsRandomGaussian-1.txt,1560029,2015-08-20
...........\.....\....\2coupledBinaryColsUseK2.txt,5112,2015-08-20
...........\.....\....\2coupledRandomCols-1.txt,3300,2015-08-20
...........\.....\....\2randomCols-1.txt,93044,2015-08-20
...........\.....\....\4ColsPairedDirectDependence-1.txt,183000,2015-08-20
...........\.....\....\4ColsPairedNoisyDependence-1.txt,180000,2015-08-20
...........\.....\....\4ColsPairedOneStepNoisyDependence-1.txt,62949,2015-08-20
...........\.....\....\4randomCols-1.txt,183000,2015-08-20
...........\.....\....\coupledLogisticMapXY.txt,16027,2015-08-20
...........\.....\....\Network-GaussianLinear-N100-T100-p0.04-b0.50-c0.50-dir-disc-repeat1.txt,1048887,2015-08-20
...........\.....\....\region1-numCoupled10-coupling0.30-past0.70.txt,27747,2015-08-20
...........\.....\....\region2-numCoupled10-coupling0.30-past0.70.txt,27084,2015-08-20
...........\.....\....\SFI-heartRate_breathVol_bloodOx.txt,621233,2015-08-20
...........\.....\java
...........\.....\....\example1TeBinaryData.bat,270,2015-08-20
...........\.....\....\example1TeBinaryData.sh,262,2015-08-20
...........\.....\....\example2TeMultidimBinaryData.bat,286,2015-08-20
...........\.....\....\example2TeMultidimBinaryData.sh,278,2015-08-20
...........\.....\....\example3TeContinuousDataKernel.bat,290,2015-08-20
...........\.....\....\example3TeContinuousDataKernel.sh,282,2015-08-20
...........\.....\....\example4TeContinuousDataKraskov.bat,292,2015-08-20
...........\.....\....\example4TeContinuousDataKraskov.sh,284,2015-08-20
...........\.....\....\example5TeBinaryMultivarTransfer.bat,294,2015-08-20
...........\.....\....\example5TeBinaryMultivarTransfer.sh,286,2015-08-20
...........\.....\....\example6LateBindingMutualInfo.bat,810,2015-08-20
...........\.....\....\example6LateBindingMutualInfo.props,1256,2015-08-20
...........\.....\....\example6LateBindingMutualInfo.sh,780,2015-08-20
...........\.....\....\example7EnsembleMethodTeContinuousDataKraskov.bat,320,2015-08-20
...........\.....\....\example7EnsembleMethodTeContinuousDataKraskov.sh,312,2015-08-20
...........\.....\....\example8TeContinuousDataByBinning.bat,296,2015-08-20
...........\.....\....\example8TeContinuousDataByBinning.sh,288,2015-08-20
...........\.....\....\example9TeKraskovAutoEmbedding.bat,290,2015-08-20
...........\.....\....\example9TeKraskovAutoEmbedding.sh,282,2015-08-20
...........\.....\....\infodynamics
...........\.....\....\............\demos
...........\.....\....\............\.....\autoanalysis
...........\.....\....\............\.....\............\AutoAnalyser.java,49077,2015-08-20
...........\.....\....\............\.....\............\AutoAnalyserMI.java,8947,2015-08-20
...........\.....\....\............\.....\............\AutoAnalyserTE.java,11671,2015-08-20
...........\.....\....\............\.....\Example1TeBinaryData.java,2184,2015-08-20
...........\.....\....\............\.....\Example2TeMultidimBinaryData.java,2540,2015-08-20
...........\.....\....\............\.....\Example3TeContinuousDataKernel.java,3450,2015-08-20
...........\.....\....\............\.....\Example4TeContinuousDataKraskov.java,3590,2015-08-20
...........\.....\....\............\.....\Example5TeBinaryMultivarTransfer.java,3344,2015-08-20
...........\.....\....\............\.....\Example6LateBindingMutualInfo.java,5331,2015-08-20
...........\.....\....\............\.....\Example7EnsembleMethodTeContinuousDataKraskov.java,3183,2015-08-20
...........\.....\....\............\.....\Example8TeContinuousDataByBinning.java,2731,2015-08-20
...........\.....\....\............\.....\Example9TeKraskovAutoEmbedding.java,4909,2015-08-20
...........\.....\....\............\.....\schreiberTransferEntropyExamples
...........\.....\....\............\.....\................................\HeartBreathRateKraskovRunner.java,6061,2015-08-20
...........\.....\....\interregionalTransfer
...........\.....\....\.....................\interregionalCalc.properties,4444,2015-08-20
...........\.....\....\.....................\README-InterregionalTransferDemo.pdf,89898,2015-08-20
...........\.....\....\.....................\runSample.sh,180,2015-08-20
...........\.....\....\.....................\sampleOutput1to2.txt,19944,2015-08-20
...........\.....\....\.....................\sampleOutput2to1.txt,19932,2015-08-20
...........\.....\....\README-SimpleJavaDemos.pdf,181776,2015-08-20
...........\.....\....\SchreiberTransferEntropyExamples
...........\.....\....\................................\heartRateBreathRateKraskov.sh,974,2015-08-20
...........\.....\julia
...........\.....\.....\example1TeBinaryData.jl,2214,2015-08-20
...........\.....\.....\example3TeContinuousDataKernel.jl,3327,2015-08-20
...........\.....\.....\example4TeContinuousDataKraskov.jl,3283,2015-08-20
...........\.....\.....\example6DynamicCallingMutualInfo.jl,4450,2015-08-20
...........\.....\.....\README-JuliaExamples.pdf,126681,2015-08-20
...........\.....\.....\README-UseInJulia.pdf,87578,2015-08-20
...........\.....\matlab
...........\.....\......\See_octave_folder_for_matlab_demos,84,2015-08-20
...........\.....\octave
...........\.....\......\CellularAutomata
...........\.....\......\................\DemoFrontiersBitsFromBiology2014.m,5203,2015-08-20
...........\.....\......\................\DirectedMeasuresChapterDemo2013.m,5928,2015-08-20
...........\.....\......\................\GsoChapterDemo2013.m,12018,2015-08-20
...........\.....\......\................\initialStates
...........\.....\......\................\.............\DirectedMeasuresChapterDemo2013-initialStates.txt,20001,2015-08-20

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

  • suanshubianma
    算术编码是用符号的概率和它的编码间隔两俩个基本参数来描述的。算术编码可以是静态的或是自适应的。(Arithmetic coding to both of two basic parameters to describe the probability of the symbol and its coding interval. Arithmetic coding can be static or adaptive.)
    2012-08-13 03:57:21下载
    积分：1
  • 3jiao
    上三角或下三角矩阵也有大部份的元素不储存值（为0），我们可以将它们使用一维阵列来储存以节省储存空间，而对称矩阵因为对称于对角线，所以可以视为上三角或下三角矩阵来储存。(Upper or lower triangular matrix or a large majority of elements are not stored value (0), we can use them to store a one-dimensional array in order to save storage space, and because the symmetrical diagonal symmetric matrix, it can be regarded as the or lower triangular matrix storage.)
    2013-07-12 21:37:33下载
    积分：1
  • grey
    灰色预测模型，对未来数据进行预测，同时还有误差检测(GM(1,1),Grey prediction model, which can forecast future data and detect errors at the same time)
    2020-06-18 18:00:01下载
    积分：1
  • SAP5SourceCode
    SAP5 源代码，完整的有限元源程序。LS1.FOR-LS10.FOR(SAP5 Source Code)
    2010-03-05 00:22:34下载
    积分：1
  • 蚁群算法优化参数
    说明：  蚁群算法优化随机共振参数，用于滚动轴承故障诊断(Ant colony optimization stochastic resonance parameters, bearing fault diagnosis)
    2021-04-06 13:29:02下载
    积分：1
  • 线性回归
    说明：  能够实现线性回归,里面有一个线性回归的实例(It can realize linear regression. There is an example of linear regression)
    2020-05-10 09:38:06下载
    积分：1
  • QuartercarJJJ
    通过具有随机结构参数的四分之一车辆模型研究了具有不确定性结构参数的车辆在受到来自道路的随 机激励作用下的振动响应问题。将簧上质量、簧下质量、悬挂阻尼、悬挂刚度以及轮胎刚度均认为是随机变量。将路面的不平整引起的对车辆的激励看作高斯随机过程并通过简单指数功率谱密度来建立力学模型。(By a quarter vehicle model with random parameters studied vehicle structure uncertain structural parameters of the vibration by the random excitation the road response under question. The sprung mass, unsprung mass, suspension damping, suspension stiffness and rigidity of the tire are considered to be random variables. The excitation caused by uneven road vehicle regarded as Gaussian random process and to create a mechanical model of a simple exponential power spectral density.)
    2020-11-02 10:09:53下载
    积分：1
  • nijie
    六轴工业机器人的逆运动学,采用VC++进行编程自动求解(inverse of 6-dof industrial robot)
    2020-12-25 12:19:04下载
    积分：1
  • period_mean_fft
    利用这个方法计算混沌时间序列的平均轨道周期p(Use this method to calculate the average orbital period of chaotic time series p)
    2012-08-29 11:32:43下载
    积分：1
  • Adaptive-mesh-generation
    自适应网格生成的文章，广泛的应用到有限元和无网格方法中(a nice paper of adaptive mesh generation)
    2013-09-21 15:44:49下载
    积分：1
  • 696518资源总数
  • 104432会员总数
  • 16今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2025 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！