Building on the work on inferring an other's type (Ray, King-Casas, Montague, & Dayan, 2008), we hypothesize that people harvest observations to update their beliefs about their own type for good reason: Self (and other) representations are tools facilitating the efficient computation of interpersonal behaviour.
Hamilton equations are deduced and used for the computation of the theoretical behaviour of this actuator.
The model is based on an additive decomposition of the state potential for the computation of composite macroscopic behaviour.
Martin Dove and colleagues (articles "Using CML in data analysis" and "Use of CML in scientific codes") have been using CML for the last 10 years to support the computation of properties and behaviour of crystalline materials.
This is accomplished via generalization of Equation (10) to (14) We model the combined effect via computation of the average behaviour of all effects, or optionally, by the effect of highest statistical significance [the effect could, of course, also be modelled as a full-blown k-dimensional (fuzzy) function].
The computational neurostimulation approach as described in the present study will be fruitful for future work to identify the possible mechanistic machinery underlying different types of behaviour and neural computations, including larger scale, multi-region models.
Following the practice of geotechnical engineering computation, the compression behaviour of clays is idealised as linear segments in the Iv ~ lnp′ (or the void index and the mean effective stress) space.
The design of this method leads to a uniform handling for the computation of the transient and steady-state behaviour of the model.
For our study, we exploited the local sensitivity analysis features of COPASI, which allows predicting the effect of small changes to the parameter on the model's behaviour through the computation of relative sensitivity coefficients.
Assuming Newtonian fluid behaviour, image analysis permitted computation of local porosity, intra-pore fluid shear, and visualization of flow heterogeneity within the sample.
The Building Physics module provides important input data for detailed simulations of a building thermal behaviour, e.g. for computation of space-heating and space-cooling demands.
