
In March 2026, Yufan Ren developed the Multi-Level Existence Benchmark (MLE-Bench) for the EvolvingLMMs-Lab/lmms-eval repository, targeting fine-grained visual perception evaluation in multimodal models. Leveraging Python and data processing techniques, Yufan designed a system that categorizes object existence by size, supporting comprehensive and subset-based evaluation tasks. The implementation included utilities for processing results and metrics, streamlining the benchmarking workflow. This work aligned with the ICLR 2026 Oral paper and associated datasets, providing a robust framework for model assessment. Yufan’s contribution demonstrated depth in machine learning and Python development, enabling more rigorous model selection and reporting practices.
March 2026 — lmms-eval: Implemented the Multi-Level Existence Benchmark (MLE-Bench) to evaluate fine-grained visual perception in multimodal models. The feature categorizes object existence by size and provides tasks for full evaluation (MLE-Bench) and size-based subsets (MLE-Bench_small, MLE-Bench_medium, MLE-Bench_large), with utilities for processing results and metrics. Change backed by commit 06221cc4581c4821e58d362dad3c4bdc9e0fa94e and co-authored by Bo Li, aligning with the ICLR 2026 Oral paper and related datasets. This work introduces a robust benchmarking capability that informs model improvement, selection, and reporting, strengthening the project’s scientific credibility and practical evaluability.
March 2026 — lmms-eval: Implemented the Multi-Level Existence Benchmark (MLE-Bench) to evaluate fine-grained visual perception in multimodal models. The feature categorizes object existence by size and provides tasks for full evaluation (MLE-Bench) and size-based subsets (MLE-Bench_small, MLE-Bench_medium, MLE-Bench_large), with utilities for processing results and metrics. Change backed by commit 06221cc4581c4821e58d362dad3c4bdc9e0fa94e and co-authored by Bo Li, aligning with the ICLR 2026 Oral paper and related datasets. This work introduces a robust benchmarking capability that informs model improvement, selection, and reporting, strengthening the project’s scientific credibility and practical evaluability.

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