登录
首页 » matlab » matlabdaima

matlabdaima

于 2015-11-05 发布 文件大小:85KB
0 221
下载积分: 1 下载次数: 29

代码说明:

  复杂网络拓扑特征统计的编程代码,可以计算复杂网络中各种特征值(Statistical programming code for complex network topology)

文件列表:

复杂网络拓扑特征统计的编程代码
..............................\add_edge_weights.m,637,2013-01-12
..............................\adj2adjL.m,411,2013-01-12
..............................\adj2dl.m,415,2013-01-12
..............................\adj2edgeL.m,369,2013-01-12
..............................\adj2inc.m,1272,2013-01-12
..............................\adj2pajek.m,2167,2013-01-12
..............................\adj2simple.m,407,2013-01-12
..............................\adj2str.m,595,2013-01-12
..............................\adjL2adj.m,343,2013-01-12
..............................\adjL2edgeL.m,272,2013-01-12
..............................\algebraic_connectivity.m,231,2013-01-12
..............................\average_degree.m,291,2013-01-12
..............................\ave_neighbor_deg.m,591,2013-01-12
..............................\ave_path_length.m,485,2013-01-12
..............................\BFS.m,530,2013-01-12
..............................\build_smax_graph.m,5068,2013-01-12
..............................\canonical_nets.m,7870,2013-01-12
..............................\closeness.m,583,2013-01-12
..............................\clust_coeff.m,1124,2013-01-12
..............................\degrees.m,522,2013-01-12
..............................\diameter.m,335,2013-01-12
..............................\dijkstra.m,1449,2013-01-12
..............................\distance_distribution.m,803,2013-01-12
..............................\DoddsWattsSabel.m,1956,2013-01-12
..............................\dot_matrix_plot.m,1917,2013-01-12
..............................\draw_circ_graph.m,796,2013-01-12
..............................\edgeL2adj.m,453,2013-01-12
..............................\edgeL2adjL.m,293,2013-01-12
..............................\edgeL2cyto.m,659,2013-01-12
..............................\edgeL2pajek.m,1339,2013-01-12
..............................\edgeL2simple.m,531,2013-01-12
..............................\edgelist2dl.m,419,2013-01-12
..............................\edge_betweenness.m,3838,2013-01-12
..............................\eigencentrality.m,332,2013-01-12
..............................\el2geom.m,1535,2013-01-12
..............................\exponential_growth_model.m,400,2013-01-12
..............................\fabrikant_model.m,1566,2013-01-12
..............................\fiedler_vector.m,253,2013-01-12
..............................\find_conn_comp.m,1439,2013-01-12
..............................\forestFireModel.m,1853,2013-01-12
..............................\getEdges.m,889,2013-01-12
..............................\getNodes.m,827,2013-01-12
..............................\giant_component.m,410,2013-01-12
..............................\graph_complement.m,249,2013-01-12
..............................\graph_dual.m,1239,2013-01-12
..............................\graph_energy.m,364,2013-01-12
..............................\graph_from_degree_sequence.m,617,2013-01-12
..............................\graph_radius.m,223,2013-01-12
..............................\graph_similarity.m,737,2013-01-12
..............................\graph_spectrum.m,228,2013-01-12
..............................\inc2adj.m,960,2013-01-12
..............................\inc2edgeL.m,728,2013-01-12
..............................\isbipartite.m,1187,2013-01-12
..............................\iscomplete.m,453,2013-01-12
..............................\isconnected.m,1802,2013-01-12
..............................\isdirected.m,257,2013-01-12
..............................\iseulerian.m,847,2013-01-12
..............................\isgraphic.m,753,2013-01-12
..............................\isregular.m,351,2013-01-12
..............................\issimple.m,352,2013-01-12
..............................\issymmetric.m,260,2013-01-12
..............................\istree.m,335,2013-01-12
..............................\isweighted.m,307,2013-01-12
..............................\kmin_neighbors.m,542,2013-01-12
..............................\kneighbors.m,302,2013-01-12
..............................\kregular.m,1471,2013-01-12
..............................\laplacian_matrix.m,605,2013-01-12
..............................\leaf_edges.m,793,2013-01-12
..............................\leaf_nodes.m,461,2013-01-12
..............................\license.txt,1524,2013-01-12
..............................\link_density.m,365,2013-01-12
..............................\loops3.m,252,2013-01-12
..............................\loops4.m,1091,2013-01-12
..............................\louvain_community_finding.m,3058,2013-01-12
..............................\master_equation_growth_model.m,1103,2013-01-12
..............................\min_span_tree.m,1157,2013-01-12
..............................\modularity_metric.m,1568,2013-01-12
..............................\multiedges.m,211,2013-01-12
..............................\nested_hierarchies_model.m,2356,2013-01-12
..............................\newmangastner.m,1581,2013-01-12
..............................\newmangirvan.m,2125,2013-01-12
..............................\newman_comm_fast.m,3479,2013-01-12
..............................\newman_eigenvector_method.m,2449,2013-01-12
..............................\node_betweenness_faster.m,1027,2013-01-12
..............................\node_betweenness_slow.m,1066,2013-01-12
..............................\numedges.m,702,2013-01-12
..............................\numnodes.m,225,2013-01-12
..............................\num_conn_comp.m,431,2013-01-12
..............................\num_conn_triples.m,544,2013-01-12
..............................\num_loops.m,546,2013-01-12
..............................\num_star_motifs.m,503,2013-01-12
..............................\pajek2adj.m,337,2013-01-12
..............................\pajek2edgeL.m,903,2013-01-12
..............................\pajek2xyz.m,761,2013-01-12
..............................\pdf_cdf_rank.m,1109,2013-01-12
..............................\pearson.m,1569,2013-01-12
..............................\preferential_attachment.m,1453,2013-01-12
..............................\PriceModel.m,1029,2013-01-12
..............................\purge.m,333,2013-01-12

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

  • mathematical--solutions-matlab
    高等应用数学问题的matlab求解书后的答案,内容丰富翔实,有很好的参考价值(advanced applied mathematical problem solutions with matlab)
    2011-12-22 17:12:09下载
    积分:1
  • Numerical-analysis-with-Matlab
    This tutorial deals with the rootfinding, interpolation, numerical differentiation and integration and numerical solutions of the ordinary differential equations.
    2013-12-07 18:59:37下载
    积分:1
  • bandfilter
    说明:  带通滤波器的设计,完成多功能滤波器的比较及主旁瓣分析和扩展效应(filter)
    2010-04-13 09:48:49下载
    积分:1
  • DIR2CAS
    Matlab filter conversion
    2011-12-14 10:52:37下载
    积分:1
  • TS_TSP
    matlab程序编写 利用禁忌算法实现选择性拆卸序列规划(matlab code disassembly sequence planning based on tabu algorism)
    2015-04-22 11:04:04下载
    积分:1
  • PID-Genetic-Algorithms
    基于遗传算法的PID参数优化设计。利用遗传算法的智能搜索功能,获得在线PID参数的整定。(Design of PID Parameters Based on Genetic Algorithms.Genetic algorithm intelligent search function for online PID tuning parameters.)
    2021-04-28 11:08:44下载
    积分:1
  • Minimum-Cost-Flow
    最小费用最大流问题是经济学和管理学中的一类典型问题。在一个网络中每段路径都有“容量”和“费用”两个限制的条件下,此类问题的研究试图寻找出:流量从A到B,如何选择路径、分配经过路径的流量,可以达到所用的费用最小的要求。(Minimum cost maximum flow problem is economics and management in a class of typical problems. Each path in a network has the " capacity" and " costs" two limiting conditions, such problems of trying to find out: Flow from A to B, how to choose the path, the path of the flow through the distribution can be achieved The use of the minimum cost requirements.)
    2013-08-23 23:10:20下载
    积分:1
  • fiberlaser_twoend
    对于端面抽运的双包层光纤激光器,利用速率方程对脉冲输出能量进行数值仿真(In the end pumped double clad fiber laser, the output energy is numerically simulated by the rate equation)
    2017-06-03 09:57:43下载
    积分:1
  • FFTRadix235
    a radix-2,3 and 5 FFT, hopefully this is new and helpful :)
    2010-07-02 13:47:28下载
    积分:1
  • interpolation_optimization
    提供差值拟和优化的功能,为程序员提供方便。(Provide the margin to be functional and optimized for programmer convenience.)
    2008-05-25 11:24:11下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载