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These Tiny Bees Just Changed the Way We Think About AI Models

1 Sept 2025

Learn how an excellent replacement for re-id, retro-identification, allows researchers to more effectively examine reed bees and other species throughout time

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A New Era of Markerless Insect Tracking Technology Has been Unlocked by Retro-ID

1 Sept 2025

Learn about retro-ID, a cutting-edge AI-powered technique that goes beyond re-identification in insect research by identifying and tracking insects backwards.

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Why Retro-Identification Is the Key to Efficient Behavioural Research in Animals

1 Sept 2025

Discover how retro-identification increases the effectiveness of animal behavior research, reducing wasted annotation and boosting accuracy.

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How Pre-Trained Vision Models Are Revolutionizing Anatomical Structure Retrieval

29 Aug 2025

A new benchmark for 3D medical image retrieval shows how pre-trained vision models and ColBERT-inspired methods enhance organ-level search.

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Why One Small Parameter Can Make or Break Your Medical Image Retrieval

29 Aug 2025

Learn how volume-based, region-based, and localized retrieval shape medical imaging accuracy—and why localization-ratio matters.

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DreamSim and the Future of Embedding Models in Radiology AI

29 Aug 2025

DreamSim embeddings outperform rivals in medical image retrieval, while fractal-based models show surprising promise for scalable AI training.

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How Dataset Imbalances Shape Medical Image Retrieval Accuracy

29 Aug 2025

Exploring dataset imbalance and ColBERT-inspired re-ranking in medical image retrieval—balancing recall accuracy with real-world feasibility.

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Boosting Anatomical Retrieval Accuracy with Re-Ranking Methods

28 Aug 2025

Re-ranking boosts retrieval recall in anatomical AI models, with DreamSim leading performance across volume, region, and localization tasks.

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Medical AI Models Battle It Out—And the Winner Might Surprise You

28 Aug 2025

Evaluation of retrieval recall in medical AI—comparing DreamSim, DINO, and ResNet50 across slice-wise, volume, region, and localized methods.