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wk11/week11.tex
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@ -109,7 +109,12 @@ world?}
In cases where we are modelling systems over continuous time, then the In cases where we are modelling systems over continuous time, then the
clock scheme or random asynchronous updating would be appropriate to clock scheme or random asynchronous updating would be appropriate to
use. These might be systems like use. An advantage of these schemes compared to the other schemes is
that they allow for more complex agents as not all agents are updated
at every step. This means that many multi-agent systems would probably
use such a scheme. A well known example of this would be ``Boids'', a
simulation of flocking birds where every bird is evaluated as a separate
agent.
\section{Sensitivity analysis - critical mass in a \section{Sensitivity analysis - critical mass in a
nuclear}\label{sensitivity-analysis---critical-mass-in-a-nuclear} nuclear}\label{sensitivity-analysis---critical-mass-in-a-nuclear}
@ -136,6 +141,6 @@ We take measurements of the energy released at densities of 0\%, 5\%,
intervals of density closer to the density at which the maximum reading intervals of density closer to the density at which the maximum reading
of the energy released exceeds 10. of the energy released exceeds 10.
This breakout first happens at 12, and so we deem this to be the We found that the hightest desity for which no breakouts occur is at
critical density of the system. 10\%. We thus deem this to be the critical density of the system.
\end{document} \end{document}