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Hosted by Wilson Wu · 🇺🇸 US · EN-US · 45 episodes
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I'm using AI to learn AI, and I'm publishing the journey as I go. Each episode is a NotebookLM-generated audio overview of a study brief I wrote — Chip Huyen chapters, LeetCode problem walkthroughs, AI Engineering interview topics. Built for myself, useful for anyone studying AI engineering for Google Cloud, Anthropic, OpenAI, or similar roles. Made transparently with NotebookLM (audio) and Claude (briefs). — Wilson Wu
Wilson Wu hosts Code With Wilson, a technology show with 45 episodes published.
Running one token through a language model isn't one big GPU operation. It's hundreds to thousands of tiny ones, and each of those has to be launched by the CPU first. During decode, those little operations finish so fas
The single idea the entire craft rests on is this: the model is a commodity, and the system around it is the job. A raw frontier model is a brilliant intern with amnesia, no hands, and no way to check its own work. The A
Scaled dot-product attention is not a mysterious black box. It's four elementary operations — matrix multiplication, transpose, scaling by a constant, and softmax — plus three learned projections that produce queries, ke
An LLM engine like vLLM exists because serving a model well is its own systems problem, distinct from training it. Text generation is autoregressive and memory-bound, and the key-value cache is the real capacity limit on
Most technical courses go bottom-up: math, then theory, then maybe you build something months later, by which point your motivation is gone. fast.ai flips it. You train a real, state-of-the-art model in lesson one, and o
A system called LingBot-Map turns a single moving camera into a live 3D map, a point cloud plus the camera's path through space, at roughly 20 frames per second and staying coherent across sequences of 10,000-plus frames
A raw model call is stateless and blind — it can't remember you, can't look anything up, and can't act. An agent is that model wrapped in the parts that fix each gap: tools, instructions, memory, knowledge, storage, and
Turning one photo into an on-model video clip is not one model doing something clever. It is two models chained together: Whisk makes a consistent still image, and Veo animates it into about eight seconds of motion. The
The naive scaling law says more tokens equals more intelligence. The smarter move is to scale on three axes at once: token efficiency, context length, and agent swarms. And here's the reframe that ties it together, high-
A single language model, asked to judge a hard decision, quietly averages every perspective it could hold into one cautious "on one hand, on the other hand" answer. An agent swarm refuses that. You spin up several expert
There are always two versions of your program: the one you wrote and the one the machine runs. A processor understands only a tiny menu of operations — read bytes, write bytes, do math, jump around the instruction list,
Computer architecture is not the wiring. It's a layer of abstraction sitting in the middle of a stack that runs from Python at the top down to silicon at the bottom. Its whole job is to look both up at what software need
The single most important idea: giant Mixture-of-Experts models activate only a tiny fraction of their weights per token, so most of the model is idle dead weight at any instant. KTransformers exploits this by putting th
Memorizing architecture diagrams is table stakes. What actually marks someone as senior is the ability to walk into an ambiguous problem, name the constraints out loud, make a defensible call, and say plainly what they c
Day 2, Problem 1 of LeetCode's Top Interview 150. This is one of those rare problems where the *natural* solution is fine, the *clever* solution is good, and the *optimal* solution is famously elegant — to the point of b
Day 1, Problem 3 of LeetCode's Top Interview 150. The headline lesson of this episode: **problem qualifiers like "sorted" aren't decoration. They're optimization unlocks.** This problem reuses the slow/fast two-pointer s
Day 1, Problem 2 of LeetCode's Top Interview 150. This is the cleanest possible introduction to a pattern called **slow/fast two-pointer** — also known as the "read pointer, write pointer" idiom. It looks deceptively eas
This is the first problem in LeetCode's official "Top Interview 150" list — Day 1, Problem 1. If you can think clearly about this one, you have the foundation for roughly 30 other problems in the same family. This episod
You're given an array and asked to find all unique triplets `(a, b, c)` where `a + b + c = 0`. Naive: three nested loops, O(n³). NeetCode's optimal: **sort the array, then for each `a`, run two pointers on the rest looki
Whenever a problem asks for the longest (or shortest) **subarray or substring** with some property, the answer is **sliding window**. Two pointers — `left` and `right` — define a window over the input. The right pointer
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Code With Wilson is hosted by Wilson Wu. The show is categorised under technology (education) and has published 45 episodes.
Code With Wilson has published 45 episodes.
Code With Wilson regularly covers technology, education, how to. It sits in the technology category, with a education focus.
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