The base case when extending an agent-based model consists of creating a new agent, which means creating a new asset and its associated behaviours.
The original effectuation model consists of four dimensions: means, affordable loss, partnership, and expecting the unexpected (Read et al. 2009) (Table 1).
The model consists of sub-modules to calculate waves, mean water elevation, long-shore current, cross-shore transport, long-shore transport, swash zone transport, and beach change.
The resulting action model consists of a representative manifold for the action, namely, the mean performance, the standard deviation from the mean performance.
The model consists of two structural parameters: a factor of mean dislocation number associated with a dislocation-band-site at the steady state of deformation, in addition to another more conventional parameter, the mean dislocation density or flow stress.
Moreover, the model consists of an intrinsic component (overcommitment) which means a motivational pattern of excessive work-related commitment and a high need for approval.
This neuron model consists of an aggregation function which is based on the generalized mean of the all the inputs applied to it.
The fractional factorial design for the VDP model consists of 129 runs for 13 variables at two levels including one center point at their mean levels.
The model consists of three coupled equations.
This model consists of two equations.
