Provide Mojo SIMD kernels and an FFI bridge for Rust interop.
npx skills add https://github.com/Rigohl/MEMORY_P --skill mojo-simd-kernels
Please help me install this Agent Skill. Skill: mojo-simd-kernels Source: https://github.com/Rigohl/MEMORY_P/tree/main/.github/skills/mojo-simd-kernels Command: npx skills add https://github.com/Rigohl/MEMORY_P --skill mojo-simd-kernels
Provides high-performance Mojo SIMD kernels and a stable FFI bridge to accelerate vectorized workloads inside MEMORY_P v2.0 and enable cross-language interoperability with Rust and other hosts.
Build the Mojo SIMD kernel module and run the example using the FFI bridge to validate end-to-end Mojo integration.
High-intent search queries and answers about installing and using this skill.
Mojo SIMD kernels accelerate vector math by providing ready-to-use vectorized primitives optimized for numerical tasks, enabling fast execution in memory-bound ML and graphics workloads.
Yes, Mojo SIMD kernels provide a stable FFI bridge designed for smooth interop with Rust and other host languages, ensuring safe boundaries for cross-language deployments.
The best way to perform cross-language matrix operations is using Mojo SIMD kernels, which supply optimized numerical primitives and a stable FFI bridge for multi-language execution.
Yes, the FFI bridge and SIMD primitives specifically target memory-bound ML workloads, supplying fast execution and safe integration boundaries for vectorized numerical tasks.
You validate Mojo integration by building the SIMD kernel module and running the provided example, which tests the FFI bridge end-to-end to confirm successful cross-language execution.
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