Description: This class of benchmark graphs called LFR have been proposed by Lancichinetti etal., in which the distributions of node degree and community size are both power laws with tunable exponents. It s modeled more likely as the real systems.
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File list (Check if you may need any files):
benchmark\.codelite\.tern-port
.........\.........\.tern-project
.........\.........\benchmark.session
.........\.........\benchmark.tags
.........\.........\compilation.db
.........\.........\refactoring.db
.........\benchmark\benchmark.mk
.........\.........\benchmark.project
.........\.........\benchmark.txt
.........\.........\cast.cpp
.........\.........\cc.cpp
.........\.........\combinatorics.cpp
.........\.........\Debug\.d
.........\.........\.....\benchmark.exe
.........\.........\.....\GN-128\community.dat
.........\.........\.....\......\network.dat
.........\.........\.....\......\statistics.dat
.........\.........\.....\LFR-1000\community.dat
.........\.........\.....\........\network.dat
.........\.........\.....\........\statistics.dat
.........\.........\.....\....500-overlapping\community.dat
.........\.........\.....\...................\network.dat
.........\.........\.....\...................\statistics.dat
.........\.........\.....\main.cpp.o
.........\.........\.....\main.cpp.o.d
.........\.........\.....\time_seed.dat
.........\.........\histograms.cpp
.........\.........\main.cpp
.........\.........\print.cpp
.........\.........\random.cpp
.........\.........\set_parameters.cpp
.........\.........\standard_include.cpp
.........\benchmark.workspace
.........\Makefile
.........\ReadMe.txt
.........\benchmark\Debug\GN-128
.........\.........\.....\LFR-1000
.........\.........\.....\LFR-500-overlapping
.........\.codelite\tabgroups
.........\benchmark\Debug
.........\.clang
.........\.codelite
.........\benchmark
benchmark
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