
Worked on stabilizing distributed deep learning workflows by addressing critical bugs in two major repositories. In kaiyux/TensorRT-LLM, resolved expert-mode routing issues in the WeightOnlyQuantRowLinear module by introducing the missing is_expert parameter, improving reliability in quantized inference across distributed systems. In JustinTong0323/sglang, corrected argument passing for the fused MoE Triton benchmark, eliminating runtime errors and ensuring accurate benchmarking results. Focused on Python-based solutions, leveraging skills in model quantization, benchmarking, and performance optimization. The work emphasized targeted bug fixes, robust testing, and maintaining code quality, resulting in more stable and dependable inference and benchmarking pipelines for downstream users.
June 2025 monthly summary for JustinTong0323/sglang focused on stabilizing MoE benchmarking by correcting the passing of the use_per_token_if_dynamic argument in the fused MoE Triton benchmark and related testing scripts. The fix resolved runtime errors and incorrect behavior, enabling reliable and accurate benchmark results and smoother downstream usage.
June 2025 monthly summary for JustinTong0323/sglang focused on stabilizing MoE benchmarking by correcting the passing of the use_per_token_if_dynamic argument in the fused MoE Triton benchmark and related testing scripts. The fix resolved runtime errors and incorrect behavior, enabling reliable and accurate benchmark results and smoother downstream usage.
March 2025 was focused on stabilizing the TensorRT-LLM integration in kaiyux/TensorRT-LLM by addressing a critical bug in the WeightOnlyQuantRowLinear module. The work improves reliability in distributed tensor processing and reduces the risk of runtime errors in expert-mode routing during inference.
March 2025 was focused on stabilizing the TensorRT-LLM integration in kaiyux/TensorRT-LLM by addressing a critical bug in the WeightOnlyQuantRowLinear module. The work improves reliability in distributed tensor processing and reduces the risk of runtime errors in expert-mode routing during inference.

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