MOTV 2023 — различия между версиями
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Exam will be organised on 01.11.2023. Exam questions will contain 1 theoretical question and 1 problem. Using any materials, electronic devices is allowed during preparation, but not during the answer. The proofs that were not given in the lectures can be omitted. | Exam will be organised on 01.11.2023. Exam questions will contain 1 theoretical question and 1 problem. Using any materials, electronic devices is allowed during preparation, but not during the answer. The proofs that were not given in the lectures can be omitted. | ||
| − | *[https://disk.yandex.ru/i/ | + | *[https://disk.yandex.ru/i/9wfVjDiEG0ticw List of exam questions.] Note |
== Recommended literature (1st term) == | == Recommended literature (1st term) == | ||
Версия 11:08, 27 октября 2023
Содержание
Lecturers and Seminarists
| Lecturer | Vladimir Ulyanov | [] | T924 |
| Seminarist | Samsonov Sergey | [svsamsonov@hse.ru] | T926 |
| TA | Ilya Levin | [...] | T926 |
About the course
This page contains materials for the Mathematical Foundations of Probability theory course in 2023/2024, mandatory for 1st year Master students of the MML program (HSE and Skoltech).
Grading
The final grade consists of 2 components (each is non-negative real number from 0 to 10, without any intermediate rounding) :
- OHW for the hometasks
- OExam for the final exam
The formula for the final grade is
- OFinal = 0.5*OHW + 0.5*OExam
with the usual (arithmetical) rounding rule.
[... Table with grades]
Lectures
- Lecture №1, 09.09
- Lecture №2, 09.09
- Lecture №3, 16.09
- Lecture №4, 16.09
- Lecture №5, 23.09
- Lecture №6, 30.09
- Lecture №7, 07.10
- Lecture №8, 14.10
- Lecture №9, 21.10
Seminars
- Seminar №1, 23.09
- Seminar №2, 30.09 Hand-written notes
- Seminar №3, 07.10
- Seminar №4, 14.10
- Seminar №5, 21.10
Homeworks
Please send your solutions to svsamsonov@hse.ru
- HW №1, Deadline: 10.10.2023, 23:59
- HW №2, Deadline: 25.10.2023, 23:59 Deadline was updated
Exam
Exam will be organised on 01.11.2023. Exam questions will contain 1 theoretical question and 1 problem. Using any materials, electronic devices is allowed during preparation, but not during the answer. The proofs that were not given in the lectures can be omitted.
Recommended literature (1st term)
- https://59clc.files.wordpress.com/2012/05/paul_r-_halmos_measure_theory_graduate_texts_inbookfi-org.pdf - P. Halmos. Measure theory. Chapters 1-6;
- phys.nsu.ru/korobkov/Fudan_2018_Sobolev_Spaces/Measure-Theory-and-Fine-Properties-of-Functions-Revised-Edition.pdf - L. Evans. Measure theory and fine properties of functions. Chapter 1;
- https://diendantoanhoc.org/index.php?app=core&module=attach§ion=attach&attach_id=12514 - V. Bogachev. Measure theory. Chapters 1,2.
- https://www.youtube.com/watch?v=KRtrdtUI9YQ&list=PLhe7c-LCgl4IVzTaYL8kC-exzBJiJms2B - CMC MSU lectures (in russian!)
