ACOS DSBA 2020/2021
Материал из Wiki - Факультет компьютерных наук
Версия от 08:06, 27 февраля 2021; Atatarnikov (обсуждение | вклад)
Содержание
Notifications
See the course Telegram group.
Course web site
Materials for the course are published here.
Syllabus
See the official syllabus in here.
Teachers and assistants
Group | 191 |
192 | 193 |
---|---|---|---|
Lecturer | Andrei Tatarnikov atatarnikov@hse.ru , tg: @andrewt0301 | ||
Workshop Instructor | Andrei Tatarnikov atatarnikov@hse.ru , tg: @andrewt0301 |
Alexey Kanakhin kanakhinaa@gmail.com, tg: @kenaken |
Evgeny Chugunnyy chgena1@rambler.ru, tg: @juggernaut777 |
Assistant | Fedor Ushakov tg: @th3spring |
Dmitry Voronetskiy tg: @Voron179 |
Vladislav Abramov tg: @vavabramov |
Grading system
Grading formula can be found here.
Also, it is included in the syllabus.
Attendance and grades
Information on current attendance and performance is in this table.
Videos
- Lecture 1: Introduction and Motivation
- Lecture 2: Data Representation
- Seminar 2 for Group 191
- Lecture 3: Computer Architecture and Assembly Language
- Seminar 3 for Group 191
- Lecture 4: Instruction Set Architecture
- Seminar 4 for Group 191
- Lecture 5: Assembly Programming – Branches and Memory
- Seminar 5 for Group 191
- Lecture 6: Subroutines. Call stack. Calling conventions.
- Seminar 6 for Group 191
- Lecture 7: Floating-Point Format.
- Seminar 7 for Group 191
- Lecture 8: Memory-mapped I/O (MMIO).
- Seminar 8 for Group 191
- Lecture 9: Processor and Pipeline.
- Seminar 9 for Group 191
- Lecture 10: Exceptions and interrupts. Multiple issue.
- Seminar 10 for Group 191
- Lecture 11: Memory and Caches.
- Seminar 11 for Group 191
- Lecture 12: Virtual Memory
- Seminar 12 for Group 191
- Seminar 13 for Group 191
- Lecture 13: Data-Level Parallelism