| Abstract: |
| We consider prototype agent-based models of aggregation with reversals and a build-in chemotaxis mechanism.
Following experimental data, we consider models where reversal times follow a non-exponential distribution. We derive a kinetic model for the behavior of the density and use Gamma distribution to approximate moments of reversal times in experimental data. We demonstrate that for non-exponential reversal times aggregates become more narrow compared with reversal times distributed exponentially. |
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