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ECE 252 Lecture 11: Threads and Concurrency
ECE 252 Gitlab Setup
ECE 252: Introduction
ECE 1756 - Lecture 4 (Fall 2022)
ECE 252 Lecture 24: Concurrency in File Systems
ECE 252 Lecture 21: Condition Variables, Monitors, and Atomic Types
ECE 252 Lecture 27: Asynchronous I/O with curl
ECE 252 Lecture 22: Of Asgard and Hel
ECE 252 Lecture 20: Advanced Concurrency Problems
ECE 252 Lecture 9: Pipes and Shared Memory
ECE 252 Lecture 28: Asynchronous I/O with AIO
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Last Updated: September 29, 2026
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This is an overview of the concept of the After the previous video where we covered the concept of the This is an introduction to the concept of the file system in an operating system, and a look at how to use some C system calls ... If deadlock prevention is not possible, it it possible to use deadlock avoidance? This covers safe/unsafe states, resource allocation ... This covers cancellation of threads, concurrent accesses to shared variables, maximum speedup, Amdahl's law, and the topic of ... This covers how to set up your UW Gitlab account for A brief introduction to the course of Continuing the discussion of concurrency, we now revisit the discussion of files and file systems to see how concurrency is ... This covers some additional tools in our concurrency toolkit, including condition variables, monitors, glibc atomics, and spin locks. When we covered sockets earlier, we followed it up with a discussion of curl. And now we will learn how to use curl's ... This covers Valgind and Helgrind, program analysis tools for finding memory errors and concurrency errors. This one is more fun ... This covers some more advanced concurrency problems, including the Pizza Makers Problem (well, that's what I call it at least. This finishes the topic of interprocess communication by circling back to pipes and shared memory (both the shmem kind and the ... Following on the discussion of asynchronous I/O with select, poll, and cURL, we want to get back to the idea of doing ...