<p>The simulation is with 200 initial agents and a single resource spot. At the start of the simulation the agents have a random motion (a), then progressively come to coordinate in a dynamic flock (b), and eventually cluster more and more closely to the goal towards the end of the simulation (c). The agents’ colors represent the signal they are producing, ranging from 0 (blue) to 1 (red). The goal location is represented as a green sphere on the visualization.</p
<p>Blue squares are occupied by migrant agents and green squares by natives. White squares are empty...
As scientists from various domains increasingly resort to agent-based simulation for a more thorough...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>The figure represents consecutive shots each 10 iterations apart in the simulation. The observed ...
(a) Toroidal arena snapshot at t = 10[frames]. Agents are initialized at random positions and random...
The visualisation is simplified to 2D slices with z = 0. In the activated simulations coordinates ar...
<p>Velocities of agents are displayed for two cases: a self-organized group and a group with one shi...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>(A) Illustration of a transition of a swarm in lattice space. Each individual is represented by a...
(A) Mean values of Cursor path area showing the progression of learning simulating results from the ...
<p>Simulated movements of the eyes and head-centered locations of visual targets during training and...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>Snapshots are taken at <i>t</i> = 1, 3, 100 and 500 MC steps. In the figure blue, yellow, green a...
The players in X, Y and Z, are depicted as straiht, dashed and dotted lines in the figures. Each row...
<p>Blue squares are occupied by migrant agents and green squares by natives. White squares are empty...
As scientists from various domains increasingly resort to agent-based simulation for a more thorough...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>The figure represents consecutive shots each 10 iterations apart in the simulation. The observed ...
(a) Toroidal arena snapshot at t = 10[frames]. Agents are initialized at random positions and random...
The visualisation is simplified to 2D slices with z = 0. In the activated simulations coordinates ar...
<p>Velocities of agents are displayed for two cases: a self-organized group and a group with one shi...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>(A) Illustration of a transition of a swarm in lattice space. Each individual is represented by a...
(A) Mean values of Cursor path area showing the progression of learning simulating results from the ...
<p>Simulated movements of the eyes and head-centered locations of visual targets during training and...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...
<p>Snapshots are taken at <i>t</i> = 1, 3, 100 and 500 MC steps. In the figure blue, yellow, green a...
The players in X, Y and Z, are depicted as straiht, dashed and dotted lines in the figures. Each row...
<p>Blue squares are occupied by migrant agents and green squares by natives. White squares are empty...
As scientists from various domains increasingly resort to agent-based simulation for a more thorough...
<p>(a) initial configuration. (b) final configuration. (c) evolution of the multi-agent system. (d) ...