Game Theory Approach to Stochastic H2 - H∞ Control of Markov Jump Singular Systems - Application to Cancer Treatment Under Patient Adherence Uncertainty

Watch a 48-minute Fields Institute seminar exploring game theory applications in cancer treatment optimization, presented by University of Toronto researcher Mortaza Baky Haskuee. Delve into the mathematical framework combining stochastic H2 - H∞ control theory with Markov jump singular systems to address patient adherence uncertainty in cancer treatment protocols. Learn how game theoretical approaches can be leveraged to develop more robust and adaptive treatment strategies that account for the probabilistic nature of patient compliance and treatment response. Part of the Mathematical Oncology Seminar series, this technical presentation bridges advanced control theory concepts with practical medical applications in oncology.