
During November 2025, Wang delivered cross-repository RISC-V 64 architecture support for the XLA project in both the Intel-tensorflow/xla and ROCm/tensorflow-upstream repositories. Wang updated Bazel build configurations, C++ code generation, and Python packaging to enable building and running XLA on riscv64 hardware, aligning with upstream changes for improved portability. The work focused on backend development and build system configuration, ensuring riscv64 was recognized across toolchains and manylinux checks. By establishing this foundation, Wang enabled future performance testing and broader hardware support, demonstrating depth in cross-platform enablement and careful integration across complex codebases without introducing new bugs.

November 2025 performance summary: Cross-repo RISC-V 64 architecture support delivered for XLA across Intel-tensorflow/xla and ROCm/tensorflow-upstream. The work updated build systems, code generation, and Python packaging to enable building and running on riscv64, aligning with upstream changes and improving portability for future hardware. No major bugs fixed in this period; primary focus was feature enablement and cross-repo alignment to pave the way for RISCV performance testing and broader hardware support.
November 2025 performance summary: Cross-repo RISC-V 64 architecture support delivered for XLA across Intel-tensorflow/xla and ROCm/tensorflow-upstream. The work updated build systems, code generation, and Python packaging to enable building and running on riscv64, aligning with upstream changes and improving portability for future hardware. No major bugs fixed in this period; primary focus was feature enablement and cross-repo alignment to pave the way for RISCV performance testing and broader hardware support.
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