Runtime System Caching Compute Kernels for Parallel Processing

The patent pre-compiles compute kernels into a common intermediate representation (IR) format that can be executed on multiple parallel-processing architectures. This preliminary compilation action eliminates the need for repeated compilation on target systems, reducing compilation time while maintaining fast execution through the use of pre-processed, architecture-agnostic code that can be quickly loaded and run.

The patent creates a universal intermediate representation (IR) format that serves multiple functions: it preserves architecture-specific optimizations while enabling portability across different parallel-processing architectures. The common IR acts as a universal interface that can be translated to various target architectures, allowing the same compiled kernel to execute efficiently on different processor types without requiring architecture-specific compilation.

The patent introduces a common intermediate representation (IR) as an intermediary layer between diverse programming languages and parallel-processing architectures. This mediator translates high-level language constructs into a standardized IR format, which then serves as the basis for generating optimized code for different target architectures. This intermediary approach simplifies the software platform by providing a uniform interface that abstracts away the complexity of supporting multiple languages and architectures simultaneously.