[CS-453] Concurrent Computing


2024, autumn semester. Master course.
This course is independent from the course Distributed Algorithms.

Prerequisites ICC, Operating Systems
Recommendations Algorithms, concurrency


Presentation of the course: YouTube

Textbook: Algorithms for Concurrent Systems

General information: The course page is available on Moodle. We encourage students to register on Moodle, in order to get all the course announcements by email. Students can use Moodle to ask questions about the exercise sessions and/or the project.



Slides from the course (2024)


Introduction: PDF
Registers: PDF
The Power of Registers: PDF
The Limitations of Registers: PDF
Universal Constructions: PDF
Consensus with Timing Assumptions: PDF
RDMA & Concurrent Algorithms (by Igor Zablotchi): PDF
Anonymous Processes: PDF
Transactional Memory: PDF
Efficient Concurrent Aggregate Queries (by Gal Sela): PDF
Concurrent Programming: From Theory to Practice (by Vasileios Trigonakis): PDF



Lecture by Aleksandar Dragojevic: Why lock-free synchronization?


References



Previous year recordings (2020)

Warning! Some of those videos might be outdated! Following them instead of the actual lectures is at your own risk.

Week(s) Lecture Slides Exercises Videos
1 No class No lecture No exercises
2 Introduction PDF, video No exercises
3 Project Introduction PDF No exercises
4 Registers PDF, video1 i, ii, iii
5 Registers video2
6 Registers video3
7 The Power of Registers PDF, video i, ii
8 The Limitations of Registers PDF, video i, ii
9 Universal Constructions PDF, video i, ii
10 Implementing Consensus with Timing Assumptions PDF, video i, ii
11 Anonymous Processes PDF, paper, video
12 Transactional Memory PDF, video
13 Why lock-free synchronization? (Aleksandar Dragojevic) video
14 Concurrent programming: From theory to practice PDF, video