
Over a two-month period, contributed to open-mpi/ompi and microsoft/DeepSpeed by building RISC-V 64-bit support for both timer functionality and shared memory communication. For Open MPI, implemented a RISC-V 64-bit timer and integrated it into the CI workflow using QEMU-based testing, enhancing portability and automated validation for RISCV64 systems. In DeepSpeed, added architecture-specific support for the SHM communication operator, refactoring code to accommodate multiple CPU architectures and improve maintainability. The work relied on C++, Python, and system programming skills, with a focus on low-level optimization, CI/CD integration, and expanding hardware compatibility for distributed and embedded systems.
August 2025 monthly summary for microsoft/DeepSpeed: Implemented RISC-V 64-bit support for the DeepSpeed SHM (shared memory) communication operator, enabling CPU-based training and inference on RISC-V hardware through architecture-specific implementations and conditional compilation. This work included a code refactor to accommodate multiple CPU architectures, improving portability and maintainability for future hardware targets.
August 2025 monthly summary for microsoft/DeepSpeed: Implemented RISC-V 64-bit support for the DeepSpeed SHM (shared memory) communication operator, enabling CPU-based training and inference on RISC-V hardware through architecture-specific implementations and conditional compilation. This work included a code refactor to accommodate multiple CPU architectures, improving portability and maintainability for future hardware targets.
July 2025 monthly summary for open-mpi/ompi: Delivered RISC-V 64-bit timer support and CI/testing integration, enabling CI validation on RISCV64 with QEMU-based testing. Added a dedicated opal timer test and wired it into the CI workflow. This work broadens platform portability, improves test coverage, and reduces risk for RISCV64 deployments.
July 2025 monthly summary for open-mpi/ompi: Delivered RISC-V 64-bit timer support and CI/testing integration, enabling CI validation on RISCV64 with QEMU-based testing. Added a dedicated opal timer test and wired it into the CI workflow. This work broadens platform portability, improves test coverage, and reduces risk for RISCV64 deployments.

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