The paper presents results derived from a series of simulations of signed networks (i.e., networks containing positive and negative links) subject to a balancing process. The dynamics are followed in a space defined by variations in the proportion of positive links introduced and the tolerance to imbalance. The authors claim to have discovered boundaries in the space separating it into three distinct regions. One region probably displays the characteristics of self-organized criticality, which may have implications for the theory of extreme events
The aim of network structural balance is to find proper partitions of nodes that guarantee equilibri...
Wang S, Liu J, Jin Y. Robust Structural Balance in Signed Networks Using a Multiobjective Evolutiona...
Complex network structures appear in myriad contexts. From social networks to computer networks, pro...
The paper presents results derived from a series of simulations of signed networks (i.e., networks c...
Structural balance plays an important role in the dynamics of signed networks. Based on structural b...
Inconsistencies in the empirical support for balance theory are often explained by recourse to compe...
The mutual feedback mechanism between system structure and system function is the ‘hot spot’ of a co...
Structural balance theory affirms that signed social networks, i.e., graphs whose signed edges repre...
Analogously to a spin glass, a large-scale signed social network is characterized by the presence of...
Network visualization has established as a key complement to network analysis since the large variet...
The nodes and their connection relationships are the two main bodies for dynamic complex networks. I...
There is a longstanding belief that in social networks with simultaneous friendly and hostile intera...
We investigate the effect of the interplay of positive and negative links, on the dynamical regu...
We examine a model of network formation in single-layer and multiplex networks in which individuals ...
We analyse the adjustment of networks comprising of weighted positive (P) and negative (N) symmetric...
The aim of network structural balance is to find proper partitions of nodes that guarantee equilibri...
Wang S, Liu J, Jin Y. Robust Structural Balance in Signed Networks Using a Multiobjective Evolutiona...
Complex network structures appear in myriad contexts. From social networks to computer networks, pro...
The paper presents results derived from a series of simulations of signed networks (i.e., networks c...
Structural balance plays an important role in the dynamics of signed networks. Based on structural b...
Inconsistencies in the empirical support for balance theory are often explained by recourse to compe...
The mutual feedback mechanism between system structure and system function is the ‘hot spot’ of a co...
Structural balance theory affirms that signed social networks, i.e., graphs whose signed edges repre...
Analogously to a spin glass, a large-scale signed social network is characterized by the presence of...
Network visualization has established as a key complement to network analysis since the large variet...
The nodes and their connection relationships are the two main bodies for dynamic complex networks. I...
There is a longstanding belief that in social networks with simultaneous friendly and hostile intera...
We investigate the effect of the interplay of positive and negative links, on the dynamical regu...
We examine a model of network formation in single-layer and multiplex networks in which individuals ...
We analyse the adjustment of networks comprising of weighted positive (P) and negative (N) symmetric...
The aim of network structural balance is to find proper partitions of nodes that guarantee equilibri...
Wang S, Liu J, Jin Y. Robust Structural Balance in Signed Networks Using a Multiobjective Evolutiona...
Complex network structures appear in myriad contexts. From social networks to computer networks, pro...