
Worked on integrating the InternLM2 model family into ONNX Runtime, focusing on both the microsoft/onnxruntime-extensions and microsoft/onnxruntime-genai repositories. Developed runtime recognition for the InternLM2Tokenizer, enabling dynamic model-tokenizer integration through updates to tokenizer configuration and dependency management using CMake. Implemented Python-based builders and model infrastructure changes to support InternLM2 models, including weight mapping and GroupQueryAttention handling for efficient CPU INT4 export and inference. Enhanced documentation and end-to-end validation improved deployment readiness and developer experience. Demonstrated skills in AI integration, C++, Python, and machine learning, delivering two features with a focus on robust model support.
February 2026 performance summary focusing on key accomplishments for microsoft/onnxruntime-extensions and microsoft/onnxruntime-genai. Implemented core InternLM2 integration across ONNX Runtime extensions and GenAI, enabling runtime recognition of InternLM2 tokenizers and full model family support. Delivered tokenizer and model infrastructure changes, updated dependencies, and corrected tokenizer_config settings, resulting in reliable CPU INT4 export/inference for InternLM2-1.8B and 7B. Documentation updates and end-to-end validation improved developer experience and deployment readiness. Technologies demonstrated include Python builders, tokenizer and weight splitting for GroupQueryAttention, and CMake dependency management.
February 2026 performance summary focusing on key accomplishments for microsoft/onnxruntime-extensions and microsoft/onnxruntime-genai. Implemented core InternLM2 integration across ONNX Runtime extensions and GenAI, enabling runtime recognition of InternLM2 tokenizers and full model family support. Delivered tokenizer and model infrastructure changes, updated dependencies, and corrected tokenizer_config settings, resulting in reliable CPU INT4 export/inference for InternLM2-1.8B and 7B. Documentation updates and end-to-end validation improved developer experience and deployment readiness. Technologies demonstrated include Python builders, tokenizer and weight splitting for GroupQueryAttention, and CMake dependency management.

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