Date du colloque : 09/2012International audienceCommunity detection is an important issue in the field of complex networks. Modularity is the most popular partition-based measure for community detection of networks represented as graphs. We present a hybrid algorithm mixing a dedicated crossover operator and a multi-level local optimization procedure. Experimental evaluations on a set of 11 well-known benchmark graphs show that the proposed algorithm attains easily all the current best solutions and even improves 6 of them in terms of maximum modularity.</p
Abstract—Because networks can be used to represent many complex systems, they have attracted conside...
Community structures are ubiquitous in various complex networks, implying that the networks commonly...
Because networks can be used to represent many complex systems, they have attracted considerable att...
Community detection is an important issue in the field of complex networks. Modularity is the most p...
The information that can be transformed in knowledge from data in challenging real-world problems fo...
The information that can be transformed in knowledge from data in challenging real-world problems fo...
Many complex systems can be modeled as complex networks, so we can use network theory to study this ...
Les réseaux complexes, issus de relevés de terrain d’origines trèsvariées, en biologie, science de l...
Complex networks pervade in diverse areas ranging from the natural world to the engineered world and...
Complex networks such as social networks and biological networks represent complex systems in the re...
The community detection is an interesting and highly focused area in the analysis of complex network...
Modularity maximization is extensively used to detect communities in complex networks. It has been s...
A community in a complex network can be seen as a subgroup of nodes that are densely connected. Disc...
Networks constitute powerful means of representing various types of complex systems, where nodes den...
Networks constitute powerful means of representing various types of complex systems, where nodes den...
Abstract—Because networks can be used to represent many complex systems, they have attracted conside...
Community structures are ubiquitous in various complex networks, implying that the networks commonly...
Because networks can be used to represent many complex systems, they have attracted considerable att...
Community detection is an important issue in the field of complex networks. Modularity is the most p...
The information that can be transformed in knowledge from data in challenging real-world problems fo...
The information that can be transformed in knowledge from data in challenging real-world problems fo...
Many complex systems can be modeled as complex networks, so we can use network theory to study this ...
Les réseaux complexes, issus de relevés de terrain d’origines trèsvariées, en biologie, science de l...
Complex networks pervade in diverse areas ranging from the natural world to the engineered world and...
Complex networks such as social networks and biological networks represent complex systems in the re...
The community detection is an interesting and highly focused area in the analysis of complex network...
Modularity maximization is extensively used to detect communities in complex networks. It has been s...
A community in a complex network can be seen as a subgroup of nodes that are densely connected. Disc...
Networks constitute powerful means of representing various types of complex systems, where nodes den...
Networks constitute powerful means of representing various types of complex systems, where nodes den...
Abstract—Because networks can be used to represent many complex systems, they have attracted conside...
Community structures are ubiquitous in various complex networks, implying that the networks commonly...
Because networks can be used to represent many complex systems, they have attracted considerable att...