Given a large number of birds in the flock, we mathematically investigate the mechanism the birds move in a collective behavior. We assume that each bird is able to know its position and velocity of other birds within a radius of communication. Thus, to be able to fly in the flock, a bird has to adjust its position and velocity according to his neighbors. For this purpose, first of all, we analyze how the connectedness of the bird interaction network affects the cohesion of the stable bird flock. We further analyze a condition when the flock is vulnerable, which is mathematically indicated by means of the presence of an articulation point in bird communication network
International audienceI used a simulation model to study how individual responses to predation risk ...
Bird flocks under predation demonstrate complex patterns of collective escape. These patterns may em...
In this paper we introduce a mathematical model to study the group dynamics of birds resting on wire...
Given a large number of birds in the flock, we mathematically investigate the mechanism the birds mo...
Flocking is the capacity of coherent movement between multiple animals, including birds. Prominent r...
Flocks of birds perform some aerial phenomena, which have amazed many of its viewers. This thesis is...
This is the author accepted manuscript. The final version is available from Nature Research via the ...
Bird flocks show fascinating patterns of collective motion, particularly when escaping a predator. L...
As one of nature's most striking examples of collective behaviour, bird flocks have attracted extens...
Complex patterns of collective behaviour may emerge through self-organization, from local interactio...
This is the author accepted manuscript. The final version is available from the Royal Society via th...
Vigilance in flocks can be described and modelled as a plausible set of local interactions between n...
This thesis investigates how collective decisions in bird flocks arise from simple rules, the factor...
In this paper we introduce two different models to study the group dynamic of birds on wire and taki...
abstract: There are multiple mathematical models for alignment of individuals moving within a group....
International audienceI used a simulation model to study how individual responses to predation risk ...
Bird flocks under predation demonstrate complex patterns of collective escape. These patterns may em...
In this paper we introduce a mathematical model to study the group dynamics of birds resting on wire...
Given a large number of birds in the flock, we mathematically investigate the mechanism the birds mo...
Flocking is the capacity of coherent movement between multiple animals, including birds. Prominent r...
Flocks of birds perform some aerial phenomena, which have amazed many of its viewers. This thesis is...
This is the author accepted manuscript. The final version is available from Nature Research via the ...
Bird flocks show fascinating patterns of collective motion, particularly when escaping a predator. L...
As one of nature's most striking examples of collective behaviour, bird flocks have attracted extens...
Complex patterns of collective behaviour may emerge through self-organization, from local interactio...
This is the author accepted manuscript. The final version is available from the Royal Society via th...
Vigilance in flocks can be described and modelled as a plausible set of local interactions between n...
This thesis investigates how collective decisions in bird flocks arise from simple rules, the factor...
In this paper we introduce two different models to study the group dynamic of birds on wire and taki...
abstract: There are multiple mathematical models for alignment of individuals moving within a group....
International audienceI used a simulation model to study how individual responses to predation risk ...
Bird flocks under predation demonstrate complex patterns of collective escape. These patterns may em...
In this paper we introduce a mathematical model to study the group dynamics of birds resting on wire...