NCMW - Analysis of Dynamical Systems and Applications to Control Systems (2025)

Speakers and Syllabus


Name of the Speakers with their affiliation. No. of Lectures (1.5 Hours each) Detailed Syllabus
Prof. Syed Abbas (IIT Mandi) 6 SAS Existence and uniqueness, linear systems, solutions, fundamental matrix, autonomous and nonautonomous systems, Stability of systems, equilibrium, Lyapunov stability
Dr. Dwij N Pandey (IIT Roorkee) 6 DNP Controllability of Differential Equations & Differential Inclusions: Dynamical systems & Control systems, Controllability, Observability, stability, differential inclusions and controllability of differential inclusions; ; Experience with tools like MATLAB or Python for modelling and simulating dynamical and control systems.
Dr. Mani Mehra (IIT Delhi) 6 MMA Numerical methods for solving IVPs for ODEs: Difference equations, Single step methods: Taylor series method, explicit Runge-Kutta Methods, convergence, order, relative & absolute stability. Multistep methods: Development of linear multistep method using interpolation and undetermined parameter approach, convergence, order, relative and absolute stability
Dr Tanmay Sarkar (IIT Jammu) 6 TSR Existence of weak solutions of heat and wave equations via Galerkins method, Energy estimates for heat and wave equations. Uniqueness of weak solutions.
Prof A K Nand Kumaran (IISc Bangalore) 6 NKR Introduction to Controllability for ODEs & PDEs, Observability Inequality, Controllability of wave equation. Hilbert uniqueness method.
Dr. Bidhan Chandra Sardar (IIT Ropar) 6 BCS Controllability of the heat equation, Observability, Stabilizability, Carleman estimate for the Heat equation, Null Controllability for the Heat equations,

 

Tutors:
Mr. Shivam Mishra (SM) (IITMandi),
Mr. Deeksha Srivastava (DS) (IITRoorkee)
Mr. Ritu Raj (RR) (IITRopar)
Ms. Swati Garg (SG) (IITRopar)

 

References:

  1. Shair Ahmad, M. Rama Mohana Rao, Theory of ordinary differential equations: withapplications of biology and engineering, Affiliated East-West Private Lmt., New Delhi [India], ©1999
  2. Morris W. Hirsch, Stephen Smale and Robert L. Devaney, Differential Equations, DynamicalSystems, and an Introduction to Chaos, Third Edition, 2013, Elsevier.
  3. Stephen Lynch, Dynamical Systems with Applications using MATLAB, Second Edition, 2014, Birkhäuser Cham
  4. Earl A. Coddington and Norman Levinson; Theory of Ordinary Differential Equations, , Krieger Publishing Company,
  5. David F. Griffiths, Desmond J Higham; Numerical Methods for Ordinary Differential Equations (IVPs), Springer.
  6. Uri M. Ascher and Chen Greif, A First Course in Numerical Methods, PHI
  7. J D Lambert, Computational Methods in ODEs, John Wiley & Sons, NY, USA.
  8. L.C. Evans, Partial Differential Equations, AMS.
  9. S. Micu and E. Zuazua, An introduction to the Controllability of Partial Differential Equations, Lecture notes.
  10. A. K. Nandakumaran, Exact controllability of Linear Wave Equations and Hilbert Uniqueness Method, Proceedings, Computational Mathematics, Narosa (2005).

 

 


Time Table

Tentative time-table, mentioning names of the speakers and tutors with their affiliation:

WEEK – I (9th June 2025 – 14th June 2025)
Day Date Lecture 1
(9.30– 11.00)
Tea
(11.05– 11.25)
Lecture 2 (11.30– 1.00) Lunch
(1.05– 1.55)
Lecture 3
(2.00–3.30)
Tea
(3.35- 3.55)
Tutorial Discussion (4.00-5.00) Snacks
(5.05- 5.35)
    (Speaker)   (Speaker)   (Speaker)   (Tutor)  
Mon 9th June, 2025 SAS   DNP   MMA   SAS + SM  
Tues 10th June, 2025 SAS   DNP   MMA   DNP + DS  
Wed 11th June, 2025 SAS   DNP   MMA   SAS + SM  
Thu 12th June, 2025 SAS   DNP   MMA   DNP + DS  
Fri 13th June, 2025 SAS   DNP   MMA   MMA + SM  
Sat 14th June, 2025 SAS   DNP   MMA   MMA + DS  

 

WEEK – II (16th June 2025 –21st June 2025)     
Day Date Lecture 1 (9.30– 11.00) Tea (11.05– 11.25) Lecture 2 (11.30– 1.00) Lunch (1.05– 1.55) Lecture 3 (2.00–3.30) Tea (3.35- 3.55) Tutorial Discussion (4.00-5.00) Snacks 5.05- 5.35
    (Speaker)   (Speaker)   (Speaker)   (Tutor)  
Mon 16th June, 2025 BCS   NKR   TSR   BCS + RR  
Tues 17th June, 2025 BCS   NKR   TSR   BSC + RR  
Wed 18th June, 2025 BCS   NKR   TSR   TSR + SG  
Thu 19th June, 2025 BCS   NKR   TSR   NKR + RR  
Fri 20th June, 2025 BCS   NKR   TSR   TSR + SG  
Sat 21st June, 2025 BCS   NKR   TSR   NKR + SG  
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