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
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