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B-SOID, an open-source unsupervised algorithm for identification and fast prediction of behaviors

Biology

B-SOID, an open-source unsupervised algorithm for identification and fast prediction of behaviors

A. I. Hsu and E. A. Yttri

Get ready to uncover the secrets of animal behavior with groundbreaking research by Alexander I. Hsu and Eric A. Yttri. Introducing B-SOID, an unsupervised algorithm that revolutionizes the identification of behaviors through spatiotemporal pose patterns. This innovative approach not only enhances processing speed but also breaks barriers in studying pain, OCD, and movement disorders in various models.

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Playback language: English
Abstract
Studying naturalistic animal behavior remains challenging. While machine learning advances enable limb localization, extracting behaviors requires understanding spatiotemporal pose patterns. B-SOID, an open-source, unsupervised algorithm, identifies behaviors without user bias. By training a classifier on clustered pose pattern statistics, it improves processing speed and generalizes across subjects/labs. A frameshift alignment paradigm overcomes temporal resolution limitations, providing sub-action categories and kinematic measures from a single camera. This is crucial for studying rodent and other models of pain, OCD, and movement disorders.
Publisher
Nature Communications
Published On
Aug 31, 2021
Authors
Alexander I. Hsu, Eric A. Yttri
Tags
animal behavior
B-SOID
machine learning
pose patterns
unsupervised algorithm
kinematic measures
behavior identification
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