文件列表:

LFR 与NMI代码\benchmark\.codelite\.tern-port (5, 2015-11-25)
LFR 与NMI代码\benchmark\.codelite\.tern-project (126, 2015-11-25)
LFR 与NMI代码\benchmark\.codelite\benchmark.session (753, 2015-11-25)
LFR 与NMI代码\benchmark\.codelite\benchmark.tags (522240, 2015-11-25)
LFR 与NMI代码\benchmark\.codelite\compilation.db (7168, 2015-11-25)
LFR 与NMI代码\benchmark\.codelite\refactoring.db (10240, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\benchmark.mk (3645, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\benchmark.project (4211, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\benchmark.txt (23, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\cast.cpp (1067, 2009-03-21)
LFR 与NMI代码\benchmark\benchmark\cc.cpp (5192, 2009-11-02)
LFR 与NMI代码\benchmark\benchmark\combinatorics.cpp (6166, 2010-03-17)
LFR 与NMI代码\benchmark\benchmark\Debug\.d (5, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\benchmark.exe (4079856, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\GN-128\community.dat (916, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\GN-128\network.dat (14976, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\GN-128\statistics.dat (378, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-1000\community.dat (8586, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-1000\network.dat (137044, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-1000\statistics.dat (1418, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-500-overlapping\community.dat (4117, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-500-overlapping\network.dat (66026, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-500-overlapping\statistics.dat (1091, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\main.cpp.o (2041369, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\main.cpp.o.d (284, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\time_seed.dat (10, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\histograms.cpp (8657, 2009-03-06)
LFR 与NMI代码\benchmark\benchmark\main.cpp (40309, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\print.cpp (2433, 2009-03-21)
LFR 与NMI代码\benchmark\benchmark\random.cpp (4518, 2009-06-25)
LFR 与NMI代码\benchmark\benchmark\set_parameters.cpp (10557, 2009-10-30)
LFR 与NMI代码\benchmark\benchmark\standard_include.cpp (429, 2009-03-22)
LFR 与NMI代码\benchmark\benchmark.workspace (506, 2015-11-25)
LFR 与NMI代码\benchmark\Makefile (271, 2015-11-25)
LFR 与NMI代码\nmi.m (1041, 2017-07-23)
LFR 与NMI代码\benchmark\benchmark\Debug\GN-128 (0, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-1000 (0, 2015-11-25)
LFR 与NMI代码\benchmark\benchmark\Debug\LFR-500-overlapping (0, 2015-11-25)
LFR 与NMI代码\benchmark\.codelite\tabgroups (0, 2015-11-25)
... ...

To run the program, under MS-DOS, type: benchmark [FLAG] [P] [FLAG] [P] -N number of nodes -k average degree -maxk maximum degree -mu mixing parameter -t1 minus exponent for the degree sequence -t2 minus exponent for the community size distribution -minc minimum for the community sizes -maxc maximum for the community sizes -on number of overlapping nodes -om number of memberships of the overlapping nodes -C average clustering coefficient Example1: benchmark -N 1000 -k 15 -maxk 50 -mu 0.1 -minc 20 -maxc 50 Example2: benchmark -f flags.dat -t1 3 If you want to produce a kind of Girvan-Newman benchmark, you can type: benchmark -N 128 -k 16 -maxk 16 -mu 0.1 -minc 32 -maxc 32 Output: 1) network.dat contains the list of edges (nodes are labelled from 1 to the number of nodes; the edges are ordered and repeated twice, i.e. source-target and target-source). 2) community.dat contains a list of the nodes and their membership (memberships are labelled by integer numbers >=1). 3) statistics.dat contains the degree distribution (in logarithmic bins), the community size distribution, and the distribution of the mixing parameter

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