Stochastic Systems (ECEN 689)

by Dr. P. R. Kumar

  • Stochastic models
         – Markov chains
         – Classification and class properties
         – Equilibrium distribution
         – Stability
         – Queueing networks

  • Dynamic programming
         – Shortest path problem
         – The dynamic programming recursion
         – Principle of optimality
         – Controlled Markov chains
         – Finite horizon cost criterion
         – Discounted and average cost criterion
         – Value iteration, policy iteration, and linear programming

  • Partially observed systems
         – State estimation
         – Unnormalized distribution
         – Information state
         – Dynamic programming for partially observed systems
         – Bandit problems

  • Linear quadratic Gaussian systems
         – State estimation
         – Kalman filter
         – Linear Gaussian optimization
         – The separation of estimation and control
         – LQG systems
         – Certainty equivalence