An overview of Computational Dynamics:
Dynamic Systems, Molecular Dynamics, Computational Sciences and Quantum Dynamics.
Contents:
Dynamical systems, in general
Deterministic system (mathematics)
Linear system
Dynamical systems and chaos theory
Chaos theory,
Chaos argument,
Butterfly effect,
Bifurcation diagram,
Feigenbaum constant,
Sarkovskii's theorem,
Attractor,
Stability theory,
Mechanical equilibrium
Astable,
Monostable,
Bistable,
Metastability,
Feedback,
Negative feedback
Positive feedback
Homeostasis
Damping,
Dissipative system,
Spontaneous symmetry breaking,
Turbulence,
Perturbation theory
Control theory:
Non--linear control,
Adaptive control,
Hierarchical control,
Intelligent control,
Optimal control,
Robust control,
Stochastic control,
System dynamics,
System analysis,
Takens' theorem
Exponential dichotomy
Lionard's theorem
;Dynamics Systems and Molecular Dynamics
Rights:
open access:
GNU License
http://en.wikipedia.org/w/index.php?title=Special:Book/download/&collection_id=21df95cd95f2ca3c&writer=rl&return_to=User%3ABci2%2FBooks%2FDynamics
