Computational and Applied Mathematics

Research Empowers Us

Description

  • Qualitative and quantitative aspects of Dynamical Systems (time-delayed systems, impulsive systems, fractional-order systems)
  • Simulation of fractional-order systems using HPC
  • Analysis of nonlinear and chaotic phenomena in: fractional-order neural networks models, complex-valued neural networks
  • Applications of the theory of dynamical systems to: medicine, neuroscience, aerodynamics, economy

Researchers

Adriana Tănasie

Mathematical models in crystal growth

Eva Kaslik

Differential equations with fractional order; Delayed differential equations; Neural networks dynamics; Mathematical models in biology;

Mihai Chiș

Group theory; Computational algebra

Ștefan Balint

Mathematical models in nano-technology, flight control, neural networks dynamics

Stelian Mihalaș

Number theory; Graph theory

Victoria Iordan

Mathematical models in flight control; Workflows; Ontologies

Dissemination