Speeding Up Network Simulations Using Discrete Time
Lucas, Aaron; Armbruster, Benjamin;
Subject: Quantitative Biology - Populations and Evolution | Mathematics - Dynamical Systems
We develop a way of simulating disease spread in networks faster at the cost of some accuracy. Instead of a discrete event simulation (DES) we use a discrete time simulation. This aggregates events into time periods. We prove a bound on the accuracy attained. We also di... View more
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