Modelling and simulation of Ecological Systems using Cellular Models
Publications
"A flow injection model using Cell-DEVS".A. Troccoli, J. Ameghino, F. Iñón, G. Wainer. In Proceedings of the 35th IEEE/SCS Annual Simulation Symposium. San Diego, CA. U.S.A.
"Models of complex physical systems using Cell-DEVS". J. Ameghino, A. Tróccoli, G. Wainer. In Proceedings of Annual Simulation Symposium 2001. Seattle, WA. U.S.A.
"Experimental results of Timed Cell-DEVS quantization". G. Wainer, B.Zeigler. In Proceedings of AIS'2000. Tucson, Arizona. U.S.A.
"Application of the Cell-DEVS paradigm using N-CD++" . J. Ameghino, J. Wainer. In Proceedings of the Summer Computer Simulation Conference. Vancouver, Canada. 2000.
Theses
- "Parallel execution of Cell-DEVS". FCEN-UBA. Student: A. Troccoli. 2001.
- "Modelling complex cellular models using N-CD++". Student: J. Ameghino (2000)
In Progress
- "Analysis of quantized Cell-DEVS systems". FCEN/UBA. Student: L. de San Miguel . (2000-)
Models
| Name |
Description |
| ANTS |
A model of Ants moving in a field.
|
| BACTERIA |
This model represents the reproduction behavior of the Vibr io Parahaemolyticus bacteria. |
| CLOUDS |
Represents the amount of rain that a group of clouds (moving from east to west) are capable to produce.
|
| PLANTS |
A model of plant population in fens
|
| RICE |
This model is to simulate the pollution process from a chemical factory to a rice field through the water supply. The chemical factory locates at upper stream of the ditch. The polluted water is drained into the ditch and used to irrigate the farmland at lower stream. Resided in one cell of the soil, each plant in the field will be infected by the polluted water eventually. According to the pollution degree, the plants are catalyzed into 3 groups: healthy, infected or deadly. .
|
| SHARKS |
A model of shark feeding. It includes two sea areas, one with herrings, and other dominated by sharks. If there is not enough room for the herring well, it moves to the shark's area. If the herring meets a shark neighbor then it will be eaten.
|
| VANTS |
Simulates the behavior of a group of ants. The ants eat the grass in two steps: first, the upper part, and later the root. If the ant doesn't find any grass, it keeps moving forward. If it does, it rotates 90° right trying to find more grass. It's a 3D cellular model. In 2 different slices it's possible to see: (1) the ants' behavior and state of the grass and (2) collisions and possibility of the grass to grow again. |
| WATERSHED |
A simulation of a natural region that acts as the water-receiving area of a drainage basin. Accumulates water from different origins: rain, rivers and snow.
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