Following these hypotheses, this discussion describes various abstract simulations designed to investigate the structures resulting from such interactions for generalised subunits.
However, critical questions remain on the probability of life arising on worlds unlike Earth, or under experimental conditions or in abstract simulations that do not resemble any natural environment.
We abstract the simulation model across different scenarios using a graph of LPs and an event generation model defined by the initial event list and the cause-effect relationships between different events resulting in the event execution thread across LPs during simulation.
In order to be as generic as possible, an abstract model of steerable simulations is introduced.
Simulation of this abstract model suggests that without redundancies in the upstream modules, signal transduction through the entire pathway could be attenuated.
However, as exhibited by simulation of the abstract model with the full Grb module reproducing signal transduction, the rest of the abstract model does capture essential parts of the signalling pathway.
Contrarily to many works that use abstract macroscopic simulation models, in this work, we use a microscopic simulation model based on car-following, which is implemented in Simulation of Urban Mobility (SUMO) traffic simulator [16].
The first use-case is for abstract architectural simulation, where the focus is on software tool generation and system-level integration.
