
Worked on the jd-opensource/xllm repository to deliver multi-stream parallel processing with batched inputs, enhancing throughput and scalability for large language model inference. Refactored core components such as RemoteWorker and WorkerService to support batched data handling, and updated the engine to enable micro-batch splitting. Introduced an adaptive scheduling feature that defaults to overlapping execution, with exceptions for specific model types to maintain optimal performance. Updated documentation to reflect new usage patterns and configuration defaults. Leveraged C++, Python, and PyTorch, focusing on distributed systems, performance optimization, and system configuration to improve runtime efficiency and maintainability without introducing new bugs.
2025-09 monthly summary for jd-opensource/xllm: Key features delivered include multi-stream parallel processing with batched inputs, refactoring for batched data handling across RemoteWorker/WorkerService, engine micro-batch splitting, and updates to batch sampling, configurations, and dependencies to boost throughput. Also implemented Adaptive Enable Schedule Overlap with model-type exceptions by changing the default to true while excluding VLM/embedding models; docs updated to reflect new usage and defaults. No explicit major bug fixes documented; focus was on performance and scalability improvements.
2025-09 monthly summary for jd-opensource/xllm: Key features delivered include multi-stream parallel processing with batched inputs, refactoring for batched data handling across RemoteWorker/WorkerService, engine micro-batch splitting, and updates to batch sampling, configurations, and dependencies to boost throughput. Also implemented Adaptive Enable Schedule Overlap with model-type exceptions by changing the default to true while excluding VLM/embedding models; docs updated to reflect new usage and defaults. No explicit major bug fixes documented; focus was on performance and scalability improvements.

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