probability and stochastic processes
Lectures
 (18-9-2018) General introduction, probability spaces, examples, continuity of the probability, first Borel Cantelli lemma.
	
		
		
 (19-9-2018) Random variables, sigma algebras generated by families of events and random variables, distributions, simple random variables.
			
				
 (25-9-2018) Abstract integration on measurable spaces(short hints), expected values, integrable random variables,  change of variables formula for integration
examples
						
 (26-9-2018) Independence of sigma algebras, second Borel Cantelli lemma, example and exercises
							
							
								
 (2-10-2018)  Conditional expectations with respect to an event, conditional expectations with respect to a discrete random variable.
									
										
 (3-10-2018)General definition of conditinal expectation with respect to a sigma algebra, existence (only statement), uniqueness, examples
											
											
												
 (9-10-2018) Proofs of the properties of conditional expectations, conditional Jensen inequality, conditional expected value as a projection, filtrations, general definition of martingales, submartingales, supermartingales
													
													
													
													
 (10-10-2018) Examples of martingales, Doob martingales, gambling strategies, martingale transform and preservation of the martingale property, stopping times.
														
														
 (16-10-2018) Stopped processes and the process observed at the stopping time, stopped martingales are martingales, The martingale
	
																
																
																
 (17-10-2018) The optional stopping Theorem, application to the exit from an interval of a random walk, the symmetric and the asymmetric case, Markov chains and conditional expectations
																	
	
																		
 (23-10-2018) Remarkable example: mean time of hitting of a given pattern, Branching processes, Polya urn.	
																			
	
																				
 (24-10-2018) Maximal Doob inequality, example and exercises
																					
																						
																						
																															
																									
																									
	
		
			textbooks
		
	
 Main textbook: Zdzislaw Brzezniak, Tomasz  Zastawniak: Basic stochastic processes (a course through exercises)
	
 Suggested book for insights: D. Williams: Probability with martingales,
	
 Useful material can be found in the lecture notes by  Peter Morters 
	
	
	
		
		
		
			
				
					Past exams
				
			
			
	
	
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					News
				
			
			
 Partial examination on Tuesday 6 of November at 14.30 room A.1.3