
During December 2024, Balin developed a comprehensive OpenVINO Aurora GPU inference tutorial for the argonne-lcf/user-guides repository. He reintroduced a previously commented-out C++ example, providing a complete ResNet50 inference workflow that includes model loading, input data generation, and GPU-based inference. The solution leveraged C++, CMake, and GPU computing technologies such as SYCL and OpenCL to bridge CPU and GPU execution, offering vendor-agnostic parallel programming guidance. By documenting setup and build steps, Balin streamlined onboarding for new developers, reducing time-to-first-run and delivering practical, actionable instructions for running OpenVINO-based GPU inference on the Aurora system.

December 2024 monthly summary for argonne-lcf/user-guides: Focused on delivering a practical, GPU-oriented OpenVINO tutorial to accelerate developer onboarding and experimentation on Aurora. Reintroduced a commented-out C++ OpenVINO example with a complete ResNet50 GPU inference workflow, including setup, model loading, input data generation, and inference, built via CMake. Demonstrates inference using SYCL and OpenCL, bridging CPU-GPU compute and vendor-agnostic parallel programming. This work reduces time-to-first-run for new users and provides actionable guidance for GPU inference on Aurora.
December 2024 monthly summary for argonne-lcf/user-guides: Focused on delivering a practical, GPU-oriented OpenVINO tutorial to accelerate developer onboarding and experimentation on Aurora. Reintroduced a commented-out C++ OpenVINO example with a complete ResNet50 GPU inference workflow, including setup, model loading, input data generation, and inference, built via CMake. Demonstrates inference using SYCL and OpenCL, bridging CPU-GPU compute and vendor-agnostic parallel programming. This work reduces time-to-first-run for new users and provides actionable guidance for GPU inference on Aurora.
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