A Simulation Model for Integrating Multidisciplinary Knowledge in Natural Sciences - Heuristic and Application to Wild Rodent Studies

Jean Le Fur, Pape A. Mboup, Moussa Sall
2017 Proceedings of the 7th International Conference on Simulation and Modeling Methodologies, Technologies and Applications  
Knowledge about rodents has been obtained at multiple observation scales and covers many functional levels, from DNA to ecosystems. We have developed an object/agent-oriented simulation model to represent these elements and phenomena in an integrated manner. Given the diversity of domains, items, processes and scales to be considered, we used an incremental approach to model development, with contrasting case studies successively represented and connected within the same model. Each study
more » ... es the model and benefits from previous developments. The results emerging from this compilation are reflected into a shared class tree composed of three broad domains of variability: (i) concrete agents, (ii) specific genomes that instantiate the characteristics of each type of agent and (iii) agent containers that can be described on several scales. The classification that appears is characterized by the triviality of the categories obtained. It resembles natural partitioning, which lends it certain robustness, facilitating its extension. The essentially transitory nature of the construction is discussed, together with its dependence on the formalisms used. The current model, built on a combination of eight case studies, appears to be sufficiently robust to address new aspects and to serve as a basis for the further construction of an integrated view of the complex dynamics associated here with rodents.
doi:10.5220/0006441803400347 dblp:conf/simultech/FurMS17 fatcat:vonfw7ornzhllexhpry5apjqwu