Structured Mojo Kernels Part 1 - Why Structured Kernels?

The blog post explores the challenges in writing high-performance GPU code due to increasing complexity and evolving hardware requirements, highlighting the difficulty in achieving peak performance while maintaining code readability and portability. It introduces Structured Mojo Kernels as a solution, which modularizes GPU programming through well-defined components and clear interfaces, allowing for maintainable and efficient code without runtime performance loss. This approach leverages Mojo's unique compile-time metaprogramming capabilities to create zero-cost abstractions, cutting codebase size significantly while retaining performance. The blog series promises to delve deeper into specific components and their applications across different hardware platforms, aiming to demonstrate how structured kernel architecture can meet the demands of modern AI inference workloads by balancing performance, productivity, and portability.