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Used to model the adoption and diffusion of new products and technologies which then are used for market analysis and demand forecasting of new technologies.
A model used to simulate the regulatory behaviour of skeletal muscle thin filaments. The model implemented simulates the interactions between the actin sites and a troponin sites.
Measures the task throughput for a CPU, using a coupled model with different atomic models: a queue, a processor (the CPU), a transducer and a process generator.
A Cell-DEVS for simulating HBV. The model has six compartments for representing each cell: Susceptible R cell (SR), Susceptible S cell (SS), Infected R cell (IR), Infected S cell (IS), Defectively infected cell (DI), and Dead cell (D).
Transmission of signals at nerve cell terminals requires a complex sequence of interactions. One result is the docking of vesicles containing neurotransmitter at a specialized region of the cell membrane called the active zone. In a simple 2D Cell-DEVS, a fundamental sequence has been modeled which includes (i) opening of calcium ion channels, (…
A ball bouncing in a pool table. Simulates diagonal motion on a square grid. For instance, a top left motion would result in a ball moving either up or to the left, with a bias towards which ever the angle of motion was closer to.
Simulates the effect of planetary life on the planet's climate. Together, black and white daisies come to a dynamic equilibrium that keeps the planet's temperature within a moderate range. Download model and sample simulations.
Simulates a fire in a closed environment, following the rules of the Environmental Lab of the University of Corsica. The simulation allows predicting the intensity of the fire. The fuel is uniformly distributed (pine seeds) and no weather or slope conditions are considered.
The 2-D truss model represents a structure commonly used in building or aircraft construction. Using fundamental structural analysis equations, an iterative method to solve for nodal displacements is implemented. A linear approximation of the strain is used. Nodes, represented by a cells, are identified relative to the top left corner of the truss.
Heat diffusion model in a surface. A cell can be connected to heat generator, a cold generator or none. A cell's temperature is measured as the average of its neighborhood. It's possible to see the cell's temperature in each step.