Create README.md
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README.md
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---
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license: apache-2.0
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task_categories:
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- multiple-choice
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- question-answering
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- visual-question-answering
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language:
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- en
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size_categories:
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- 100B<n<1T
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---
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# MME-RealWorld Data Card
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## Dataset details
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Existing Multimodal Large Language Model benchmarks present several common barriers that make it difficult to measure the significant challenges that models face in the real world, including:
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1) small data scale leading to large performance variance;
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2) reliance on model-based annotations, resulting in significant model bias;
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3) restricted data sources, often overlapping with existing benchmarks and posing a risk of data leakage;
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4) insufficient task difficulty and discrimination, especially the limited image resolution.
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We present MME-RealWord, a benchmark meticulously designed to address real-world applications with practical relevance. Featuring 13,366 high-resolution images averaging 1,734 × 1,734 pixels, MME-RealWord poses substantial recognition challenges. Our dataset encompasses 29,429 annotations across 43 tasks, all expertly curated by a team of 25 crowdsource workers and 7 MLLM experts. The main advantages of MME-RealWorld compared to existing MLLM benchmarks as follows:
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1. **Scale, Diversity, and Real-World Utility**: MME-RealWord is the largest fully human-annotated MLLM benchmark, covering 6 domains and 14 sub-classes, closely tied to real-world tasks.
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2. **Quality**: The dataset features high-resolution images with crucial details and manual annotations verified by experts to ensure top-notch data quality.
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3. **Safety**: MME-RealWord avoids data overlap with other benchmarks and relies solely on human annotations, eliminating model biases and personal bias.
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4. **Difficulty and Distinguishability**: The dataset poses significant challenges, with models struggling to achieve even 55% accuracy in basic tasks, clearly distinguishing between different MLLMs.
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5. **MME-RealWord-CN**: The dataset includes a specialized Chinese benchmark with images and questions tailored to Chinese contexts, overcoming issues in existing translated benchmarks.
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## How to use?
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Since the image files are large and have been split into multiple compressed parts, please first merge the compressed files with the same name and then extract them together.
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```
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#!/bin/bash
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# Navigate to the directory containing the split files
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cd TARFILES
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# Loop through each set of split files
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for part in *.tar.gz.part_aa; do
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# Extract the base name of the file
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base_name=$(basename "$part" .tar.gz.part_aa)
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# Merge the split files into a single archive
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cat "${base_name}".tar.gz.part_* > "${base_name}.tar.gz"
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# Extract the merged archive
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tar -xzf "${base_name}.tar.gz"
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# Optional: Remove the temporary merged archive
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rm "${base_name}.tar.gz"
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done
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```
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