Adrian R Rivadulla
@adriandemelchor
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RT @JBiomech: 😃New article published in J Biomech! "Generative adversarial networks to create synthetic motion capture datasets including…
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RT @GIBD_UV: 📣 MESA BIOMECÁNICA I Hoy os presentamos los ponentes que abrirán esta 1ª mesa de biomecánica deportiva del #CongresoSIBB24. U…
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RT @MushtaqBilalPhD: Major academic publishers' revenue and what they pay authors and reviewers: Revenue: Elsevier: $3.9 billion Springer…
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@MarinoLuanco @SD_Compostela sigue sin funcionar podeis dar un link para recuperar el dinero al menos por favor??
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Con muchas ganas de asistir a mi primer congreso SIBB en noviembre y conocer a la comunidad ibérica de biomecánica! Además tendré el honor de participar y compartir mis experiencias aplicando machine learning a la biomecánica de carrera durante mi PhD. Nos vemos en Ontinyent!
Se nos está quedando un #CongresoSIBB24 la mar de interesante, ¿no os parece? 😉 2⃣ días súper intensos compartiendo ciencia con un montón de compañer@s 🤗 No queremos que nadie se lo pierda‼️ Así que, ¿nos echáis una mano con la difusión? 😉 💻
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RT @Josh_Carter_97: The first paper of my PhD on the estimation of GRFs from wearables is now live: Full dataset o…
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The NIA @isbs_conference is coming home! Congrats @Josh_Carter_97 for this recognition, all your PhD work and all the fruitful discussions we have pretty much every day. It's a pleasure to have you along during the PhD!
Back at @isbs_conference for the third year in a row and excited to share that I won first place in this year's New Investigator Award! Keeping the @UniofBath streak alive after @adriandemelchor won last year! #ISBS2024
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@pablofloria @ISBSOFFICIAL @sportsbiomechj Yeah, quite disappointed... Maybe next time! Thanks Pablo!
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I would like to thank my supervisors and co-authors Xi Chen, @darione581 @utility_back and @iszio for their support and advice, @AndrewHammocks for his help during data collection and all the runners who took part in the study for sharing their time with us!
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The lack of differences in ⛽️ strengthens the idea that a single most economical running technique model that everyone should pursue may not exist. Cluster-specific or greater individualisation may enhance the success of training interventions and performance 🔝.
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We identified two main clusters of runners: the "neutral" and "tilted" pelvis clusters (🟠🟢 in the video). Runners in the tilted pelvis cluster exhibited: ⬆️pelvic tilt ⬆️trunk ext ⬆️hip flex ⬇️duty factor Yet, no differences in running economy were found between groups.
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We used hierarchical clustering to identify groups of runners based on their technique under the premise that designing cluster-specific training could be promising to enhance the success of the interventions. 📈
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