What is the role of co-evolution in the adaptation of a population of firms to a hostile environment ? To answer this question, we revisit network sociology starting from Kauffman s biological computer model. We apply a qualitative methodology to update exploitation and exploration mechanisms in nine Japanese interfirm networks. From these results, this article draws a typology of the adaptation forms, distinguishing pack, migratory, herd and colony networks.ou
Mutualistic networks are vital ecological and social systems shaped by adaptation and evolution. The...
[ENG] Recently, ecology has shown a strong interest in network theory. The question, as with any oth...
In this thesis, we consider three network-based systems, focusing on emergent behaviors resulting fr...
Abstract The extant research on network development often focuses on individual networks, thereby l...
Adaptive social structures are known to promote the evolution of cooperation. However, up to now the...
[[abstract]]This article takes a dynamics perspective on network change, following the multi-stage p...
A central problem in the study of species interactions is to understand the underlying ecological an...
Whether by nature or nurture, humans often respond differently when facing the same situation. Yet, ...
In this paper we present a family of statistical models for the co-evolution of multiple networks. T...
Nature shows as human beings live and grow inside social structures. This assumption allows explaini...
The existence of many biological systems, especially human societies, is based on cooperative behavi...
The evolution of cooperation in social networks, and the emergence of these networks using simple ru...
In today’s business one can say that competition does not take place inside the network, but between...
Networks form the backbone of many complex systems, ranging from the Internet to human societies. Ac...
Humans are organized in societies, a phenomenon that would never have been possible without the evol...
Mutualistic networks are vital ecological and social systems shaped by adaptation and evolution. The...
[ENG] Recently, ecology has shown a strong interest in network theory. The question, as with any oth...
In this thesis, we consider three network-based systems, focusing on emergent behaviors resulting fr...
Abstract The extant research on network development often focuses on individual networks, thereby l...
Adaptive social structures are known to promote the evolution of cooperation. However, up to now the...
[[abstract]]This article takes a dynamics perspective on network change, following the multi-stage p...
A central problem in the study of species interactions is to understand the underlying ecological an...
Whether by nature or nurture, humans often respond differently when facing the same situation. Yet, ...
In this paper we present a family of statistical models for the co-evolution of multiple networks. T...
Nature shows as human beings live and grow inside social structures. This assumption allows explaini...
The existence of many biological systems, especially human societies, is based on cooperative behavi...
The evolution of cooperation in social networks, and the emergence of these networks using simple ru...
In today’s business one can say that competition does not take place inside the network, but between...
Networks form the backbone of many complex systems, ranging from the Internet to human societies. Ac...
Humans are organized in societies, a phenomenon that would never have been possible without the evol...
Mutualistic networks are vital ecological and social systems shaped by adaptation and evolution. The...
[ENG] Recently, ecology has shown a strong interest in network theory. The question, as with any oth...
In this thesis, we consider three network-based systems, focusing on emergent behaviors resulting fr...