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传递熵的计算方法jidt-master

于 2016-07-07 发布 文件大小:8791KB
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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

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  • lixiangshiliuyouxianyuanqiujie
    理想流体势流的有限元求解程序,简单易懂,适合初学者对该方法编程的一个初步认识,程序内有详细的注释(Potential flow of ideal fluid finite element solver, easy to understand, this method is suitable for beginners programming a preliminary understanding of the program with detailed notes)
    2013-11-13 09:47:37下载
    积分:1
  • FRFT2
    基于分数阶傅里叶变换的线性调频信号的自适应时频滤波,希望对大家有用(Based on Fractional Fourier Transform Linear FM signal adaptive time-frequency filtering and hope for all of us)
    2009-11-17 21:26:45下载
    积分:1
  • PSO-and-HS--
    结合粒子群优化算法和和声搜索算法的优点,有效将群智能思想和随机全局搜索相融合,在几个函数优化问题中得到了验证 (Combining particle swarm optimization algorithm and harmony search algorithm advantage, effective will swarm intelligence thought and random global search phase fusion, in several function optimization problem has been proved )
    2020-10-28 18:49:57下载
    积分:1
  • duoxiangshi
    计算方法程序:多项式拟合(Calculation procedure: Polynomial Fitting)
    2008-05-01 14:42:31下载
    积分:1
  • umat_temp
    用ABAQUS及其子程序解决热冲压热力耦合问题(Subroutine with ABAQUS and hot stamping coupled thermal problem solving)
    2020-09-14 14:27:57下载
    积分:1
  • sir
    这是SIR微分方程模型对初值问题的求解和作图(This is the SIR model differential equations to solve the problem of initial value and mapping)
    2009-04-08 22:21:04下载
    积分:1
  • hb888
    有较好的参考价值,外文资料里面的源代码,基于小波变换的数字水印算法matlab代码。( There are good reference value, Foreign materials inside the source code, Based on wavelet transform digital watermarking algorithm matlab code.)
    2017-04-12 18:09:25下载
    积分:1
  • BESOpython
    BESO的python程序,对于进行abaqus的二次开发很有帮助,这样可以将有限元单独在abaqus中进行处理,而优化算法则采用python进行编写(BESO python program, for the secondary development abaqus helpful, so that the finite element can be handled separately in abaqus, while the optimization algorithm is written in python)
    2021-04-05 22:49:03下载
    积分:1
  • matlab-for-maximum-entropy
    用于利用最大熵法求解数据资料服从的分布类型。并应用最小二乘法求解模型以得到最优解(Using the maximum entropy method for solving the data distribution type of obedience. And apply the least squares method to obtain the optimal solution to solve the model)
    2021-04-01 17:19:08下载
    积分:1
  • Numerical_Recipes_in_C
    《数值分析方法库 》本书选材内容丰富,包括了当代科学计算过程中涉及的大量内容:求特殊函数值、随机数、排序、最优化、快速傅里叶变换、谱分析、小波变换、统计描述和数据建模、偏微分议程数值解、若乾编码算法和任意精度计算等。本书科学性和实用性统一,不仅对每种算法进行了数学分析和比较,而且根据作者经验对算法给出了评论和建议,并在此基础上提供了用C++语言编写的实用程序。(《Numerical Recipes in C: The Art of Scientific Computing》, The product of a unique collaboration among four leading scientists in academic research and industry, Numerical Recipes is a complete text and reference book on scientific computing. In a self-contained manner it proceeds from mathematical and theoretical considerations to actual practical computer routines. With over 100 new routines bringing the total to well over 300, plus upgraded versions of the original routines, the new edition remains the most practical, comprehensive handbook of scientific computing available today.)
    2010-05-17 12:44:53下载
    积分:1
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