Synopsis of Social media discussions
The collection highlights widespread support and enthusiasm, exemplified by comments praising user guides, tutorials, and the active user community, with words like 'great', 'active', and 'possible' emphasizing both interest and perceived impact. The tone suggests that the publication is seen as a valuable tool advancing behavioral analysis and digital tracking technologies.
Agreement
Moderate agreementMost discussions express positive approval and support for the publication, with notes on its usefulness and community engagement.
Interest
High level of interestThe topic garners high interest among users, with mentions of new features, community guides, and technological applications.
Engagement
Moderate level of engagementDiscussions show active participation, sharing resources like tutorials, packages, and questions about implementation.
Impact
Moderate level of impactThe posts suggest that the publication is viewed as influential in the research community, promoting the adoption of markerless pose estimation methods.
Social Mentions
YouTube
6 Videos
4 Posts
13 Posts
Blogs
9 Articles
News
21 Articles
Metrics
Video Views
150,908
Total Likes
326
Extended Reach
223,299
Social Features
53
Timeline: Posts about article
Top Social Media Posts
Posts referencing the article
DeepLabCut Markerless Pose Estimation with Deep Learning Techniques
This demo shows how to use DeepLabCut in ipython within an Anaconda environment and train the network in Docker, enabling markerless tracking of animal and human body parts with minimal training data.
Markerless Body Part Tracking Using Deep Learning Techniques
This video presents a new method for tracking animal and human body parts without physical markers, utilizing deep learning and transfer learning for high accuracy with minimal training data. It offers faster, less invasive behavior analysis.
DeepLabCut for Markerless Pose Estimation and Behavioral Analysis
DeepLabCut enables tracking of animal and human body parts without physical markers, utilizing deep learning and transfer learning for high accuracy with minimal data. This method facilitates faster, less invasive behavior analysis across species.
DeepLabCut for Markerless Animal and Human Pose Estimation
DeepLabCut utilizes deep learning for markerless tracking of animal and human body parts, reducing the need for physical markers, enabling fast and accurate behavior analysis across species with minimal training data.
DeepLabCut for Drosophila Egg-Laying Behavior Analysis
This video demonstrates DeepLabCut, a markerless pose estimation method that tracks Drosophila egg-laying behavior with minimal training data, across cluttered backgrounds, enabling fast, accurate, and non-invasive behavioral analysis.
Advances in Animal Pose Estimation with Deep Learning Tools
This video compares DeepLabCut and SLEAP, exploring their evolution and integration for behavior identification. It highlights how deep learning improves animal pose estimation, enabling quick, accurate tracking across species and behaviors.
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DeepLabCut: markerless pose estimation of user-defined body parts with deep learning https://t.co/ABPdLoSqlv
view full postJune 6, 2023
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bbscience
@bbsience1 (Twitter)RT @DeepLabCut: Always great to see nice user-based guides! A great complementary guide to our growing docs and YouTube videos ( https://t.…
view full postMarch 15, 2021
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DeepLabCut
@DeepLabCut (Twitter)Always great to see nice user-based guides! A great complementary guide to our growing docs and YouTube videos ( https://t.co/Ys9BaRtopK) thanks @G_HidalgoGadea
view full postMarch 15, 2021
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Jana, the Outlier
@Jana_Ruzickova2 (Twitter)@tibor_magura It's great to see that it's possible to do video tracking in R! A couple of years ago one of the students I co-supervised used DeepLabCut (https://t.co/2lodMJhyue) for something similar but R is simply R :) May I know which package you use?
view full postFebruary 22, 2021
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Alejandra Manjarrez
@lecteroide (Twitter)Aquí un video de cómo una mosquita de la fruta pone un huevo… huevo ingrato que eventualmente se deshará de la herencia materna que ya no necesite. Video de Mackenzie Mathis et al. (no relacionado con la investigación reciente de la enzima Kdo). 4/4 https://t.co/BhUkvpnDRD
view full postJuly 29, 2020
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Mackenzie Weygandt Mathis, PhD
@TrackingActions (Twitter)@BohacekLab suppl. here: https://t.co/fIaCeZIDlB
view full postApril 18, 2020
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DeepLabCut
@DeepLabCut (Twitter)@dineshraov No, the Docker is just for training and inference, so I install the simple cpu only version of dlc with conda, see how I use both here: https://t.co/IvFwE91LEA
view full postMarch 22, 2020
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Lobsters
@lobsters (Twitter)DeepLabCut: markerless pose estimation of user-defined body parts with deep learning via @sanxiyn https://t.co/DemIBhZkpu #ai #science https://t.co/c9xiw7X4Yw
view full postJune 19, 2019
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Rosaura Brisuela @roswitta.bsky.social
@Roswitamind (Twitter)DeepLabCut: markerless pose estimation of user-defined body parts with deep learning:https://t.co/Sb1jwP5LG3
view full postJune 16, 2019
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Mackenzie Weygandt Mathis, PhD
@TrackingActions (Twitter)@MorphoFun @mechsNmorph @mrmilesvalencia @GlennaClifton There is a very active user community: https://t.co/e2Il9Qeodr and detailed full use-guide: https://t.co/HdC8AfVtDZ plus YouTube Tutorials: https://t.co/0Zgt4sfaBC
view full postMarch 17, 2019
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eqs
@eqseqseqs (Twitter)RT @eqseqseqs: #DeepLabCut はてなブログに投稿しました 【論文読み】DeepLabCut: markerless pose estimation of user-defined body parts with deep learning - 反面教師あ…
view full postJanuary 31, 2019
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Hiroshi Matsui
@HeathRossie (Twitter)RT @eqseqseqs: #DeepLabCut はてなブログに投稿しました 【論文読み】DeepLabCut: markerless pose estimation of user-defined body parts with deep learning - 反面教師あ…
view full postJanuary 31, 2019
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eqs
@eqseqseqs (Twitter)#DeepLabCut はてなブログに投稿しました 【論文読み】DeepLabCut: markerless pose estimation of user-defined body parts with deep learning - 反面教師あり学習 https://t.co/WyRxJbRQcB #はてなブログ
view full postJanuary 31, 2019
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Abstract Synopsis
- This text explains a new method for tracking animal and human body parts without using physical markers, which can be intrusive and require prior setup.
- The method uses deep learning, specifically transfer learning, allowing accurate tracking with very little training data, sometimes just 200 labeled frames.
- It works across different species and behaviors, providing results that are nearly as precise as human observers, making behavior analysis faster and less invasive.]
ENcenatur
@encenatur (Twitter)