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Artificial Neural Network & Genetic Algorithm

The simulation at the bottom right shows a group of ants (green dots) whose aim is to collect food (red dots). Each ant is controlled by a neural network. After a predefined amount of time, the genetic algorithm is run on the current population creating a new population of (hopefully) better ants. At the top right are shown some information from the previous generation. The diagram on the left shows the best performing neural network from the previous generation. Circles are neurons, lines are the connections between them. The colour of the lines represents the strength of the connection.

Artificial Neural Network & Genetic Algorithm

The simulation at the bottom right shows a group of ants (green dots) whose aim is to collect food (red dots). Each ant is controlled by a neural network. After a predefined amount of time, the genetic algorithm is run on the current population creating a new population of (hopefully) better ants. At the top right are shown some information from the previous generation. The diagram on the left shows the best performing neural network from the previous generation. Circles are neurons, lines are the connections between them. The colour of the lines represents the strength of the connection.
e.g. "mouse, keyboard"
e.g. "visualization, fractal, mouse"
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