
Developed and stabilized a production-ready Flux Multimodal Image Generation Pipeline for the jd-opensource/xllm repository, delivering end-to-end image generation using DiT-based diffusion models. Integrated CLIP text models, T5 encoders, VAEs, and DiT diffusion within a dedicated API, enabling scalable batched inference and efficient prompt management. Addressed scheduler and input handling bugs in the Flux pipeline, improving reliability for batch processing and user-facing workflows. Leveraged C++, Python, and PyTorch to implement robust data structures, backend systems, and runtime components, resulting in a scalable, API-driven image generation solution that supports multimodal AI and advanced deep learning model inference capabilities.
September 2025 monthly summary for jd-opensource/xllm focused on delivering a scalable, end-to-end image generation capability and stabilizing the Flux-based pipeline. Highlights include the first production-ready Flux Multimodal Image Generation Pipeline (DiT diffusion) with API access and batched inference, alongside robust input handling and bug fixes that improve reliability for batch prompts.
September 2025 monthly summary for jd-opensource/xllm focused on delivering a scalable, end-to-end image generation capability and stabilizing the Flux-based pipeline. Highlights include the first production-ready Flux Multimodal Image Generation Pipeline (DiT diffusion) with API access and batched inference, alongside robust input handling and bug fixes that improve reliability for batch prompts.

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