
Zuhao developed advanced video evaluation and analysis features for the EvolvingLMMs-Lab/lmms-eval repository, focusing on long-form video understanding and robust benchmarking. He implemented a Python-based cropping and evaluation tool that automated end-to-end processing of lengthy video data, reducing manual intervention and expanding analytical coverage. His work introduced configurable decontamination settings, enhanced statistical evaluation metrics using clustered standard errors and CLT-based methods, and integrated baseline testing with paired t-tests. By adding the BabyVision multimodal visual reasoning benchmark and pre-evaluation power analysis, Zuhao enabled more reliable, extensible model evaluation workflows, demonstrating depth in data processing, statistical modeling, and API development.
January 2026 (2026-01) monthly summary for EvolvingLMMs-Lab/lmms-eval. This period focused on delivering advanced evaluation capabilities, flexible benchmarking configurations, and the groundwork for data-driven planning. Key features delivered include configurable video benchmark decontamination settings, enhanced statistical evaluation metrics (clustered standard errors, CLT-based metrics) with baseline testing via paired t-tests, the BabyVision multimodal visual reasoning benchmark with task configuration and API integration, and pre-evaluation power analysis for minimum sample size in paired t-tests. No major bugs were reported this month; the work emphasized robustness, extensibility, and actionable insights. Technologies demonstrated include statistical rigor (CLT, clustered SE, t-tests), multimodal benchmarking, environment-variable based API integration, and planning-oriented tooling for resource estimation, contributing to faster, more reliable model evaluation and better resource planning.
January 2026 (2026-01) monthly summary for EvolvingLMMs-Lab/lmms-eval. This period focused on delivering advanced evaluation capabilities, flexible benchmarking configurations, and the groundwork for data-driven planning. Key features delivered include configurable video benchmark decontamination settings, enhanced statistical evaluation metrics (clustered standard errors, CLT-based metrics) with baseline testing via paired t-tests, the BabyVision multimodal visual reasoning benchmark with task configuration and API integration, and pre-evaluation power analysis for minimum sample size in paired t-tests. No major bugs were reported this month; the work emphasized robustness, extensibility, and actionable insights. Technologies demonstrated include statistical rigor (CLT, clustered SE, t-tests), multimodal benchmarking, environment-variable based API integration, and planning-oriented tooling for resource estimation, contributing to faster, more reliable model evaluation and better resource planning.
Month: 2025-12 — Key feature delivered in lmms-eval: Long Video Cropping and Evaluation Tool (LongVT) for long-video understanding, with tool-calling support. Introduced a cropping workflow and evaluation tasks to enable end-to-end processing of long-form video data and deeper insights. No major bugs fixed in this repo this month. Impact: expands the framework’s long-video processing capabilities, reduces manual preprocessing, and improves evaluation coverage for long-form content. Technologies/skills demonstrated: Python-based tooling, tool-calling integration, video processing pipeline, evaluation framework, and strong commit traceability (b0da65de53bfa6fd52010b7d1a86dfd2f598764c).
Month: 2025-12 — Key feature delivered in lmms-eval: Long Video Cropping and Evaluation Tool (LongVT) for long-video understanding, with tool-calling support. Introduced a cropping workflow and evaluation tasks to enable end-to-end processing of long-form video data and deeper insights. No major bugs fixed in this repo this month. Impact: expands the framework’s long-video processing capabilities, reduces manual preprocessing, and improves evaluation coverage for long-form content. Technologies/skills demonstrated: Python-based tooling, tool-calling integration, video processing pipeline, evaluation framework, and strong commit traceability (b0da65de53bfa6fd52010b7d1a86dfd2f598764c).

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