Taking complete control: why IO multiplexing works well for webservers and GUIs.

what's the difference between processes, threads, and io multiplexing?

Adversarial Tracking on the Web: History Sniffing and FIngerprinting

How to understand & implement read-write locks and bounded buffers

Using visual debugging and Factorio to understand multithreaded programs

Playing nice with others: the ONE WEIRD TRICK that makes the whole Internet not explode

A system design approach to understanding what's so AWESOME about the Internet

Secure Web App Dev: Welcome to CS 484 Fall 23!

HTTP: The Protocol that Binds

Secure Web App Dev: Homework 1 blind coding

How do we make the Internet work? Like other hard problems! We break it down into smaller problems.

CS 484 Fall 23: blind coding of HW2 (React)

The Linux socket API explained

Everything you should know about race conditions in two minutes or less

The right tool for the job: when to use processes, when to use threads, and why!

JavaScript for CS Majors

Everything you should know about thread safety in 2 minutes or less

Taking complete control: why IO multiplexing works well for webservers and GUIs.

APIs: the web is your computer

A system programmer's introduction to the world wide web

Everything you should know about deadlock in three minutes or less

Concurrency: the cause of, and solution to, lots of problems in computing.

The Internet just plain DUNKS on the phone network. Here's why.

Concurrency: what's good about it, what's hard about it.

CS 484 HW3 blind code