Forecasting the future of AI:
A set of 30 questions about the future of AI you can answer, and I'll tell you how you did in a few years.
How I Use "AI":
Fifty different examples of how I've used LLMs to meaningfully improve my
ability to write code and perform research.
Why I Attack:
A response to someone who called me out for not caring about my impact on the world
because I like to break things.
(yet another) Broken Adversarial Example Defense at IEEE S&P 2024:
I broke another defense to adversarial examples by fixing 1 line of code;
in this post I complain about the state of the field of adversarial robustness.
My benchmark for large language models:
A benchmark of ~100 tests for language models, collected from actual questions
I've asked of language models in the last year.
My Research Idea Logfile, 2016-2019:
A description of how I keep track of my research ideas,
with my complete log from when I started it in 2016 through to the end of 2019.
Reading Data off an Apple ProFile Hard Drive with an Arduino:
A short writeup of how to read data off a 1980s Apple ProFile hard drive using an Arduino.
Playing chess with large language models:
I built a bot to play chess by querying a text language model. It sees the sequence of moves in order (as text!), and predicts which move comes next. It's better than me.
Little Bobby <|endoftext|>:
I found a fun exploit ChatGPT that causes it to behave weirdly.
A GPT-4 Forecasting Challenge:
Test your ability to predict (in a calibrated manner) whether or not GPT-4 can answer a range of questions from coding to poetry to baking.
A ChatGPT clone, in 3000 bytes of C, backed by GPT-2:
A dependency-free implementation of GPT-2, including byte-pair encoding and transformer inference, in ~3000 bytes of C. I then use this to create something like Chat GPT.
Reflecting on “Towards Evaluating the Robustness of Neural Networks”:
A few thoughts about the paper that brought me into the field of adversarial machine learning.
Rapid Iteration in Machine Learning Research:
I wrote a tool to help me quickly iterate on research ideas by snapshoting Python state.
A Case of Plagarism in Machine Learning:
A recent paper has copied a bunch of text from over a dozen prior papers. This is bad.
Multiplexing Circuits on the Game of Life - Part 5:
Wherein I yet again re-design my game of life circuit setup and make things even more efficient.
Research Paper Release Checklist:
Steps to take to reduce the likelihood of embarrassing errors when submitting papers, uploading research papers to arXiv, or submitting final camera-ready papers.
A Simple CPU on the Game of Life - Part 4:
A full Turing complete Unlimited Register Machine implemented on top of the game of life.
Yet Another MOBA (In 13kb of JavaScript):
an online multiplayer game as part of a series on game-development in 13k of JavaScript.
Improved Logic Gates on Conway's Game of Life - Part 3:
more efficient digital logic gates constructed on top of the game of life.
Yet Another Space Game (In 13kb of JavaScript):
another small pointless game building on my prior doom clone.
InstaHide Disappointingly Wins Bell Labs Prize, 2nd Place:
InstaHide, a recent scheme that claims to train neural networks with privacy, is completely broken but was awarded the Bell Labs Prize, 2nd place.
Screen Recording of Breaking a Defense to Adversarial Examples:
I broke another defense, but this time recorded my screen the entire (2.5) hour session it took.
An Introduction to Circuit Design on Conway's Game of Life - Part 2:
Basic circuit design to build a 7-segment display using the AND/OR/NOT gates built last time.
Digital Logic Gates on Conway's Game of Life - Part 1:
Constructing game of life “gadgets” that act as digital logic gates, allowing Turing-complete computation.
Are Adversarial Example Defenses Improving?:
A short collection of thoughts after writing a paper where we broke a dozen recent defenses to adversarial examples, again.
Yet Another Doom Clone (In 13kb of JavaScript):
exactly what it sounds like; an entry for js13k 2019.
A 3D Shadow Mapping Renderer in JavaScript:
because it's possible.
List of All Adversarial Example Papers: a continuously-updating
list of all 1000+
papers written on adversarial examples available on arxiv.
Adversarial Machine Learning Reading List: a collection of papers I recommend reading for those interested in studying
adversarial machine learning (for the time being, focusing on the sub-field of
adversarial examples).
Advice on Evaluating Adversarial Example Defenses: recommendations for how to
perform adversarial example defense evaluations (or how to determine if an evaluation
in a defense paper is adequate).