KAIST课程：并发程序设计与分析

KAIST课程：并发程序设计与分析

KAIST CS492: Design and Analysis of Concurrent Programs

Logistics

Instructor: Jeehoon KangTime & Place: Mon & Wed 09:00am-10:15am, Rm 2111, Bldg E3-1Website: https://github.com/kaist-cp/cs492-concurAnnouncements: in issue tracker

Course description

Context

I expect computers in the next 700 years will be massively parallel. We the humankind want to improve the performance of computers in the era of big data. But it is becoming more and more challenging after the breakdown of Dennard scaling around 2005, which means the performance of sequential computers will not be improved. Thus not only servers but also personal computers have been multi-core systems since then. The problem is only worsened by the ending of the Moore's law, which means we are no longer able to benefit from denser electrical circuit. It seems the only remaining way to optimize performance is specialization, which aims to better exploit parallelism of workloads. Because of these technology trends, I expect computers in the future will be massively parallel.

But we are not ready yet for the era of massive parallelism. The main difficulty lies on handling shared mutable states, which is the main topic of concurrency. To coordinate multiple cores and other resources, their inputs and outputs should be somehow properly synchronized with each other via shared mutable states like memory. But handling shared mutable states is inherently challenging, both theoretically and practically. For example, in the presence of thousands and millions of cores, how to efficiently synchronize concurrent accesses to shared memory? In the presence of nondeterministic interleaving of thread executions, how to make sure the safety of a concurrent program? In the presence of compiler and hardware optimizations, what is the right specification of a concurrent data structure?

Fortunately, the theory of shared mutable states has advanced quite impressively in the past five years, and now it is greatly helpful in designing and analyzing practical systems with shared mutable states. So in this course, we will discuss the recent theory of shared mutable states and its application to real-world practical systems.

Goal

This course is geared towards senior undergraduate/graduate students in computer science (or related disciplines) who are interested in the modern theory and practice of parallel computer systems. This course aims to help such students to:

Understand the motivations and challenges in concurrent programmingLearn design patterns and reasoning principles of concurrent programsDesign, implement, and evaluate concurrent programsApply the understanding to real-world parallel systems

Textbook

SlidesClassical papers and libraries (TBA)

Tools

We will use Rust as the language of implementation, because its ownership type system greatly simplifies the reasoning of shared mutable states without incurring significant runtime overheads. You should host all your implementation in GitHub.

Prerequisites

It is strongly recommended that students already took courses on:Mathematics (freshman calculus, MAS101 & MAS102): proposition statement and proofData structures (CS206): linked list, stack, queueSystems programming (CS230): memory layout, cache, lock Without a proper understanding of these topics, you will likely struggle in this course. Other recommendations which would help you in this course:Basic understanding of computer architecture (CS311)Programming experience in Rust

Grading & honor code

Homework & project (60%)

Reading assignment, both paper and codeProgramming assignmentSystem design, implementation, and evaluation project

Midterm and final exams (40%)

The exams will evaluate your theoretical understanding of shared mutable states.

Attendance (?%)

You should submit a token to the Course Management website for each session. You should submit a token within 12 hours from the beginning of a sessions.

Honor code

Please sign KAIST School of Computing Honor Code.

Communication

Course-related announcements and information will be posted on the website as well as on the GitHub issue tracker. You are expected to read all announcements within 24 hours of their being posted. It is highly recommended to watch the repository so that new announcements will automatically be delivered to you email address. Ask your questions via email only if they are either confidential or personal. Otherwise, ask administrative questions in this repository's issue tracker and technical questions in the helpdesk. Any questions failing to do so (e.g. email questions on course materials) will not be answered. Emails to the instructor or TAs should begin with "CS492:" in the subject line, followed by a brief description of the purpose of your email. The content should at least contain your name and student number. Any emails failing to do so (e.g. emails without student number) will not be answered. There is an unofficial Mattermost channel for instant messages. The instructor won't answer your questions here. Discussion among students is strongly encouraged.

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