<p>(A) Illustration of a transition of a swarm in lattice space. Each individual is represented by a blue cell and their potential transition is represented by a red arrow. The principal vector is represented by a thick red arrow. First, velocity matching is applied to the principal vectors (upper left). Next, the mutual anticipation is estimated. The amount of overlap between targets of potential transitions is calculated and sites with an overlap larger than 1 (threshold) are obtained (pink site). For example, the popularity of the highest pink site is 2 (upper center). An individual whose potential transitions reach some popular sites moves to the most popular site (black arrow in the upper right). After that, followers (lower left) and ...
<p>This figure illustrates the spatial distribution of the agents for <i>k/N</i> = 0.99 on the two-d...
Schools of fish and flocks of birds are examples of self-organized animal groups that arise through ...
We propose a simple adaptive-network model describing recent swarming experiments. Exploiting an ana...
<p>(A) Diagram of the attractor model for decision-making between up to four choice alternatives. Th...
<p>A) Simulations grouped into classes as a function of dimensionless bias force and mean cellular c...
Currently quiescent (active) citizens are represented by blue (red) cells, while LEOs are represente...
This figure shows the model outputs in the three-sub-population case. At the start of every simulati...
<p>The plot is a result of at least 10<sup>4</sup> instances of the simulations, where log<sub>10</s...
<div><p>(A) Initial random distribution of cells in a square area of size 167 μm × 167 μm at the den...
<p>The figure represents consecutive shots each 10 iterations apart in the simulation. The observed ...
A: The numbered mesh provides a coarse overview of the dynamics of the system, whereas we run our si...
Abstract Swarming behaviour is a type of bacterial motility that has been found to be dependent on r...
<p>Velocities of agents are displayed for two cases: a self-organized group and a group with one shi...
A Confocal images of ♂ wt (male wildtype) SC (labelled green) at 23 and 36 hours after pupariation. ...
<p>(A) Schematic of a representation of a cell within a grid element (bounded by dashed lines) movin...
<p>This figure illustrates the spatial distribution of the agents for <i>k/N</i> = 0.99 on the two-d...
Schools of fish and flocks of birds are examples of self-organized animal groups that arise through ...
We propose a simple adaptive-network model describing recent swarming experiments. Exploiting an ana...
<p>(A) Diagram of the attractor model for decision-making between up to four choice alternatives. Th...
<p>A) Simulations grouped into classes as a function of dimensionless bias force and mean cellular c...
Currently quiescent (active) citizens are represented by blue (red) cells, while LEOs are represente...
This figure shows the model outputs in the three-sub-population case. At the start of every simulati...
<p>The plot is a result of at least 10<sup>4</sup> instances of the simulations, where log<sub>10</s...
<div><p>(A) Initial random distribution of cells in a square area of size 167 μm × 167 μm at the den...
<p>The figure represents consecutive shots each 10 iterations apart in the simulation. The observed ...
A: The numbered mesh provides a coarse overview of the dynamics of the system, whereas we run our si...
Abstract Swarming behaviour is a type of bacterial motility that has been found to be dependent on r...
<p>Velocities of agents are displayed for two cases: a self-organized group and a group with one shi...
A Confocal images of ♂ wt (male wildtype) SC (labelled green) at 23 and 36 hours after pupariation. ...
<p>(A) Schematic of a representation of a cell within a grid element (bounded by dashed lines) movin...
<p>This figure illustrates the spatial distribution of the agents for <i>k/N</i> = 0.99 on the two-d...
Schools of fish and flocks of birds are examples of self-organized animal groups that arise through ...
We propose a simple adaptive-network model describing recent swarming experiments. Exploiting an ana...