Course General Description: This course describes Monte Carlo techniques widely used for the numerical solution of integral equations in different fields, from computer graphics to astrophysics. The first module of the course provides theoretical background on Monte Carlo methods, while the second and third modules are devoted to practical applications. The course closes with an overview of relevant interdisciplinary topics as well as research perspectives involving Monte Carlo methods. Course Objectives: This course aims to provide the students with theoretical and practical knowledge on effective and reliable Monte Carlo algorithms used in the industrial and academic environments. Despite its emphasis on recent developments in image synthesis and biomedical fields, the concepts and techniques learned in this course can be also employed in other areas of computer science since the practical issues involving the energy transfer methods depicted in the course can be directly relat...
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