![How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium](https://miro.medium.com/v2/resize:fit:599/1*T6TEMYJO9jc-u2CiBEGpgQ.png)
How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium
![Keenan Crane on X: "A basic strategy for drawing from a random distribution is to first generate uniformly-distributed points, then "warp" these points so they're spread out according to the target distribution. Keenan Crane on X: "A basic strategy for drawing from a random distribution is to first generate uniformly-distributed points, then "warp" these points so they're spread out according to the target distribution.](https://pbs.twimg.com/ext_tw_video_thumb/1701953498743554048/pu/img/trLLlOirDzYItese.jpg)
Keenan Crane on X: "A basic strategy for drawing from a random distribution is to first generate uniformly-distributed points, then "warp" these points so they're spread out according to the target distribution.
![How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium](https://miro.medium.com/v2/resize:fit:1400/1*KuIOWSegJZetsQgbqbsICw.png)
How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium
![How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium How to generate Gaussian samples. Part 2: The Box-Muller transform | by Khanh Nguyen | MTI Technology | Medium](https://miro.medium.com/v2/resize:fit:1400/1*9VqMf6zlFd4_oVt48XUUHA.png)