Complex networks are everywhere. Many phenomena in nature can be modeled as networks: - brain structures - protein-protein interaction networks - social interactions - the Internet and WWW. They can be represented in terms of nodes and edges connecting them. Important characteristics: - these networks are not random; they have a structured architecture. Structure of different networks are similar: - all have power law degree distribution (scale-free property) - despite large size there is usually relatively short path between any two nodes (small world property). Global characteristics: - degree distribution, clustering coefficient and the diameter. Local structure: - frequency of subgraphs of given type (subgraph of order k is a part of th...
A statistical physics perspective of complex networks: from the architecture of the Internet and the...
<p>Random, small-world and scale-free networks containing 20 nodes and 73 connections were generated...
Scale-free networks are abundant both in nature (e.g. protein interactions and social networks) and ...
Scale-free networks are a recently developed approach to modeling the interactions found in complex ...
This paper is a progress report on investigations into methods for evolving scalefree networks using...
A vast variety of biological, social, and economical networks shows topologies drastically differing...
Complex networks can be understood as graphs whose connectivity deviates from those of regular or ne...
As for many complex systems, network structures are important as their backbone. From research on dy...
Designing algorithms that generate networks with a given degree sequence while varying both subgraph...
Many complex systems can be described in terms of networks of interacting units. Recent studies have...
In the last few years the research on networks has taken different directions producing rather unexp...
It has recently been recognized that a large num-ber of systems are organized into structures best d...
In this research, I focus on I) the mean field analysis of algorithms for scale-free networks in mol...
We have realized that we reside in a world of networks. The Internet andWorld Wide Web (WWW) are cha...
We study a recently introduced class of scale-free networks showing a high clustering coefficient an...
A statistical physics perspective of complex networks: from the architecture of the Internet and the...
<p>Random, small-world and scale-free networks containing 20 nodes and 73 connections were generated...
Scale-free networks are abundant both in nature (e.g. protein interactions and social networks) and ...
Scale-free networks are a recently developed approach to modeling the interactions found in complex ...
This paper is a progress report on investigations into methods for evolving scalefree networks using...
A vast variety of biological, social, and economical networks shows topologies drastically differing...
Complex networks can be understood as graphs whose connectivity deviates from those of regular or ne...
As for many complex systems, network structures are important as their backbone. From research on dy...
Designing algorithms that generate networks with a given degree sequence while varying both subgraph...
Many complex systems can be described in terms of networks of interacting units. Recent studies have...
In the last few years the research on networks has taken different directions producing rather unexp...
It has recently been recognized that a large num-ber of systems are organized into structures best d...
In this research, I focus on I) the mean field analysis of algorithms for scale-free networks in mol...
We have realized that we reside in a world of networks. The Internet andWorld Wide Web (WWW) are cha...
We study a recently introduced class of scale-free networks showing a high clustering coefficient an...
A statistical physics perspective of complex networks: from the architecture of the Internet and the...
<p>Random, small-world and scale-free networks containing 20 nodes and 73 connections were generated...
Scale-free networks are abundant both in nature (e.g. protein interactions and social networks) and ...