1. Bifurcation and Chaos

1.1 Control and synchronization of chaos

1.2 Chaotic dynamical models

1.3 Bifurcation analysis and computation

1.4 Chaos theory in physical systems

1.5 KAM curves and chaotic scattering

1.6 Random dynamical systems, stochastic dynamics and bifurcations

2. Fractals

3. Solitons

4. Finite- and Infinite-Dimensional Nonlinear Dynamic Systems

5. Nonlinear Time Series Analysis

6. Complexity and Complex Systems

6.1 Complex dynamics in neural networks

6.2 Complex dynamics in traffic and granular flows

6.3 Complex dynamics in physical and chemical systems

6.4 Oscillations and complex dynamics in biological systems

6.5 Complex dynamical networks 6.6 Cellular automata and neural networks

7. Nonlinear Brain Dynamics

7.1 Neurodynamics

7.2 Neuroimaging

7.3 Analysis of EEG and fMRI datasets

7.4 Nonlinear dynamics of nerve cells

8. Applications

8.1 Economics and finance

8.2 Computational systems biology

8.3 Bio-medical engineering

8.4 Materials and mechanical sciences

8.5 Information science and technology

8.6 Inverse problems

8.7 Free and moving boundary problems

8.8 Signal and image processing

8.9 Remote sensing theory and applications

8.10 Physical experiments and electronic engineering

8.11 Ecology and Evolution

9. Scientific Computation in Nonlinear Sciences

10. Other Related Nonlinear Sciences & Technologies