1. Editors’ note

   • R Nityananda
   • H R Krishnamurthy

   EditorialNotes Pages: 1 - 1

2. Preface

   • Ramakrishna Ramaswamy
   • Katepalli R. Sreenivasan

   EditorialNotes Pages: 3 - 5

3. Random matrices and matrix models: The JNU lectures

   • Madan Lal Mehta

   Mathematical Aspects Of Dynamical Systems Pages: 7 - 48

4. Hölder exponents of irregular signals and local fractional derivatives

   • Kiran M Kolwankar
   • Anil D Gangal

   Mathematical Aspects Of Dynamical Systems Pages: 49 - 68

5. Signature of chaos in power spectrum

   • M C Valsakumar
   • S V M Satyanarayana
   • V Sridhar

   Mathematical Aspects Of Dynamical Systems Pages: 69 - 85

6. Dynamics of simple one-dimensional maps under perturbation

   • Somdatta Sinha
   • Parichay K Das

   Mathematical Aspects Of Dynamical Systems Pages: 87 - 98

7. Chaos in modulated logistic systems

   • V M Nandakumaran

   Mathematical Aspects Of Dynamical Systems Pages: 99 - 108

8. Effect of boundary conditions on the invariant density of noisy maps at fully-developed chaos

   • V Balakrishnan
   • G Nicolis
   • C Nicolis

   Mathematical Aspects Of Dynamical Systems Pages: 109 - 128

9. Symplectic integration of nonlinear Hamiltonian systems

   • Govindan Rangarajan

   Mathematical Aspects Of Dynamical Systems Pages: 129 - 142

10. Painlevé analysis and integrability aspects of some nonlinear partial differential equations

    • K Porsezian

    Integrable Systems And Solitons Pages: 143 - 161

11. Localized coherent structures of (2+1) dimensional generalizations of soliton systems

    • M Lakshmanan
    • R Radha

    Integrable Systems And Solitons Pages: 163 - 188

12. Geometry and nonlinear evolution equations

    • Radha Balakrishnan

    Integrable Systems And Solitons Pages: 189 - 204

13. Nonlinear chiral models: Soliton solutions and spatio-temporal chaos

    • M S Sriram
    • J Segar

    Integrable Systems And Solitons Pages: 205 - 229

14. Control methods for problems of mixing and coherence in chaotic maps and flows

    • Ashutosh Sharma
    • Neelima Gupte

    Spatio-Temporal Chaos, Synchronization And Control Pages: 231 - 248

15. Characterization and control of chaotic dynamics in a nerve conduction model equation

    • S Rajasekar

    Spatio-Temporal Chaos, Synchronization And Control Pages: 249 - 258

16. Control of chaos

    • Sangeeta D Gadre
    • V S Varma

    Spatio-Temporal Chaos, Synchronization And Control Pages: 259 - 270

17. Effect of noise on coupled chaotic systems

    • Manojit Roy
    • R E Amritkar

    Spatio-Temporal Chaos, Synchronization And Control Pages: 271 - 285

18. Lattice dynamical models of adaptive spatio-temporal phenomena

    • Sudeshna Sinha

    Spatio-Temporal Chaos, Synchronization And Control Pages: 287 - 302

19. Control of spatiotemporal chaos: A study with an autocatalytic reaction-diffusion system

    • Nita Parekh
    • V Ravi Kumar
    • B D Kulkarni

    Spatio-Temporal Chaos, Synchronization And Control Pages: 303 - 323

20. Some recent advances in the theory of homogeneous isotropic turbulence

    • Sujan K Dhar
    • Anirban Sain
    • Rahul Pandit

    Turbulence Pages: 325 - 364

21. The randomly stirred fluid — Turbulence as a problem in statistical mechanics

    • J K Bhattacharjee

    Turbulence Pages: 365 - 378