![]() Because it’s “containerized” environment, there is no need to do dual-boot and managing it is as easy as installing apps from Windows store. WSL is a Windows 10 feature that make it possible to run native Linux command-line tools directly on Windows. Here is how I set-up and some notes about it: First thing First Granted! CUDA now can be used within WSL2. While I do have access to GPU server, I would like to test my code with small sample locally without any need to stay connected all the time. One of my requirement is to use GPU to train my machine learning. So at most of the time I’m literally put my one leg on Windows while the other need to stay still on Linux. However, being work in scientific field require me to use tools and software that mostly available in more popular OS such as Windows while not many provided for MacOS (good thing I’m not a fanboy). I do work with computational chemistry/biochemistry. But unfortunately I’m not much as a “programmer” myself. ![]() ![]() You may say that I can just use Linux as a daily driver. It means that I no need to do dual boot, using emulator that takes more resource than pristine Linux itself, and many other hassle. Updated: New, easy way which not involved an image can be found here.Įver since Windows launching their subsystem for Linux (WSL), I really excited.
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