ACOS DSBA 2019/2020 — различия между версиями
Материал из Wiki - Факультет компьютерных наук
Comunodi (обсуждение | вклад) (→Lecture videos) |
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* '''[https://www.youtube.com/watch?v=KcpxDWey6jU&list=PL6kSdcHYB3x5caWUseQr2YOXNaJAo3k-y Lecture 16: Inter-process communications: signals]''' | * '''[https://www.youtube.com/watch?v=KcpxDWey6jU&list=PL6kSdcHYB3x5caWUseQr2YOXNaJAo3k-y Lecture 16: Inter-process communications: signals]''' | ||
* '''[https://www.youtube.com/watch?v=o4MueKLZjpk&list=PL6kSdcHYB3x5caWUseQr2YOXNaJAo3k-y Lecture 17: Inter-process communications: messages and shared memory]''' | * '''[https://www.youtube.com/watch?v=o4MueKLZjpk&list=PL6kSdcHYB3x5caWUseQr2YOXNaJAo3k-y Lecture 17: Inter-process communications: messages and shared memory]''' | ||
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== Homeworks == | == Homeworks == | ||
Версия 20:40, 11 апреля 2020
Содержание
Notifications
Information on the course is available at https://uneex.ru/HSE
Course topics by modules
- Computer architecture and assembler language (Module 2)
- Operating system programming (Module 3)
- Architecture of an operating system (Module 4)
Teachers and assistants
| Group | 181 | 182 dsba182@edu.hse.ru |
|---|---|---|
| Lecturer | George Kouryachy | |
| Workshop Instructor | George Kouryachy | Andrei Tatarnikov atatarnikov@hse.ru , tg: @andrewt0301 |
| Assistant | Igor Mineev iemineev@edu.hse.ru , tg: @objatie_groba |
Azat Kalmykov azotx12345@gmail.com , tg: @Azatik1000 |
| Aleksei Basmanov ayubasmanov@edu.hse.ru , tg: @comunodi | ||
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.
Pre-grades for module 2 are here: https://uneex.ru/HSE/ArchitectureASM/PreGrade
Lecture videos
Computer architecture and assembler language
- Lecture 0: Introduction
- Lecture 1: ISA and assembler language
- Lecture 2: Assembler, assemble language. RISC and MIPS
- Lecture 3: Registers and memory
- Lecture 4: Code addressing: conditionals, loops and arrays
- Lecture 5: Stack and subroutines
- Lecture 6: Mathematical coprocessor
- Lecture 7: Call frame and macros
- Lecture 8: Polling and MMIO
- Lecture 9: Exceptions and traps
- Lecture 10: Interrupts
Operating system programming
- Lecture 0: Challenges of OS and disadvantages of Assembler language
- Lecture 1: C programming language
- Lecture 2: Pipeline and branch prediction
- Lecture 3: C: Multifile compiling
- Lecture 4: Cache
- Lecture 5: C: Addressing and address arithmetic
- Lecture 6: Multitasking
- Lecture 7: More on memory
- Lecture 8: C programming language at a glance
- Lecture 9: Filesystems
- Lecture 10: File input/output
- Lecture 11: Processes
- Lecture 12: Permissions, part 1
- Lecture 13: Permissions, part 2
- Lecture 14: Strings
- Lecture 15: Regular Expressions
- Lecture 16: Inter-process communications: signals
- Lecture 17: Inter-process communications: messages and shared memory
Homeworks
Computer architecture and assembler language (Module 2)
EJudge: https://caos.ejudge.ru/cgi-bin/new-register?action=212&contest_id=117
Operating system programming (Module 3)
EJudge: https://caos.ejudge.ru/cgi-bin/new-register?action=212&contest_id=119
Syllabus
See in LMS.
