
Developed and integrated a Torch Inference Profiling Feature for the ModelTC/lightllm repository, focusing on enhancing observability and performance optimization in model inference workflows. Leveraging Python and PyTorch, the work introduced a torch_profile utility that wraps profiling logic and embeds it within the tppart_model_infer pipeline, covering both prefill and decode stages. This approach enabled comprehensive end-to-end profiling of forward-pass latency and resource usage. To ensure reliability and prevent regressions, dedicated test coverage was added for the profiling tooling. The resulting instrumentation supports data-driven optimization, allowing teams to diagnose latency hotspots and make informed deployment decisions for inference workloads.
In March 2025, ModelTC/lightllm delivered a new Torch Inference Profiling Feature to improve observability and performance optimization of inference workloads. The feature wraps profiling logic with a torch_profile utility and integrates it into the tppart_model_infer pipeline for both prefill and decode stages, enabling end-to-end visibility into forward-pass latency and resource usage. A dedicated test-profile commit was added to validate the profiling tooling and prevent regressions. This work enhances the ability to diagnose latency hotspots, informs optimization efforts, and supports data-driven deployment decisions.
In March 2025, ModelTC/lightllm delivered a new Torch Inference Profiling Feature to improve observability and performance optimization of inference workloads. The feature wraps profiling logic with a torch_profile utility and integrates it into the tppart_model_infer pipeline for both prefill and decode stages, enabling end-to-end visibility into forward-pass latency and resource usage. A dedicated test-profile commit was added to validate the profiling tooling and prevent regressions. This work enhances the ability to diagnose latency hotspots, informs optimization efforts, and supports data-driven deployment decisions.

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