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Browsing Mathematics by Subject "Approximate Dynamic Programming"
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Item Open Access RISK-SENSITIVE LQR PROBLEMS WITH EXPONENTIAL NOISE(Nazarbayev University School of Sciences and Humanities, 2024-04-26) Shortanbaiuly, OlzhasThis thesis is about optimal control of Markov Decision Processes and solving risk-sensitive cost minimization and reward maximization problems, specifically, the Linear Quadratic Regulator (LQR) problem with Average-Value-at-Risk criteria. The problem is solved for different risk levels, different random noises (theoretical and sampled), and using different methods: analytical and approximate dynamic programming. The obtained results were analyzed and discussed for the presence of certain patterns and trends. The results show that approximate dynamic programming is a very accurate method for solving risk-sensitive LQR problems with exponential noise.