Implementing a GPU kernel to reverse an array in place with Triton. Covering the thought process and intuition behind it.

Implementing a 1D convolution GPU kernel with Triton. Covering the thought process and intuition behind it, and going over how we use broadcasting to efficiently handle the sliding window pattern.

Implementing a matrix addition GPU kernel with Triton. We'll be treating the row major matrix as a flat array and reuse the vector addition pattern we covered before.

Implementing a color inversion GPU kernel with Triton. Covering the thought process, the intuition behind it, and going over pointer reinterpretation and bitwise XOR operations for pixel data manipulation.

Implementing a matrix transpose GPU kernel with Triton. Covering the thought process and intuition behind it, and going over memory coalescing as a key optimization concept for efficient GPU memory access patterns.

Implementing a matrix multiplication GPU kernel with Triton. Covering the thought process and intuition behind it, and going over important optimizations like tiling, local accumulators, and grouped ordering for optimal performance.

Implementing a vector addition GPU kernel with Triton. Covering the thought process and the intuition behind it, basic GPU programming concepts and code walkthrough.