作者: M. Cosnard , A. Eberhard
DOI: 10.1007/978-3-642-46475-1_15
关键词: Dimension (graph theory) 、 Topological entropy 、 Nonlinear system 、 Combinatorics 、 Context (language use) 、 Population model 、 Population 、 Renormalization 、 Discrete mathematics 、 Schwarzian derivative 、 Mathematics
摘要: There exists an extensive litterature concerning first order difference equations as models of the simplest systems used in biology, ecology, economics,... In this context relation magnitude population (il we use biological terminology) generation t+1 with t is given by: $${{x}_{t+1}}=f\left( {{x}_{t}} \right)$$ where f density dependent, i.e. a nonlinear application. We refer reader to survey paper R.May [14] introduction subject and books I. Gumowski C. Mira [12][13] for mathematical study.