namvdo's blog

In dynamical systems in general, we’re interested in the quantitative behavior of the system over a long time (asymptotically).

In the past few months while doing my study I’ve a chance to work on a research related to dynamical systems.

Recently, I have had some free time and started learning some low-level computer fundamentals, trying to practice and better understand the concepts in greater detail.

If you’re working on a modern JavaScript application and use a build tool like Vite to build and deploy your code, you can open the dist folder and find out something similar to this: JavaScript src/main.js src/components/Header.vue src/assets/logo.png //

We often see many programming languages that have some kind of overlapping features, such as static-typed or memory-safety, or many more.

I’d spent a few days developing a feature to record the animation in our Jen application.

Most of us use technological devices daily, and they’re an indispensable part of our lives.

We’re all using tools like Google Docs or Notion, and those tools give us the possibility to edit the same document from different devices simultaneously.

Most of us probably don’t have to write math anymore when we finish college.

Introduction Recently, we’ve been working on building the next version of CompLearn – a scientific toolkit using Normalized Compression Distance (NCD) to find similarity patterns in any kind of data.

This is the second post of the Rust coding challenges series, in which we will learn computer science fundamentals and write some actual code to make usable programs.