#Flock of birds achieve harmonious motion despite the deep contradiction between being calm and being sensitive. Our research team found their key: leadership! Mimicking nature, our #drones are flocking smoothly on the cover of @RSocPublishing Interface. https://t.co/us4I58EQLl https://t.co/TbVh0xEQ3p
Adaptive leadership overcomes persistence-responsivity trade-off in flocking.
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Jun 2020 – Jun 2025Where it's discussed
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X / Twitter12 posts
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YouTube3 videos
AI synopsis
What people are saying
The social discussions reflect strong support and fascination with the study, citing examples like drones mimicking bird flocking to illustrate real-world relevance. The tone is optimistic and emphasizes the innovative aspects, such as overcoming the typical trade-offs in flocking behavior, which underscores the perceived high impact of the research.
Most discussions acknowledge and support the findings that adaptive leadership effectively balances responsiveness and stability in flocking behaviors.
The enthusiasm in phrases like 'impressively dynamic patterns' and references to 'potential applications' demonstrate high curiosity and engagement with the topic.
Comments often include acknowledgments of the research's significance and connections to natural and robotic systems, indicating active interest without deep technical debates.
The discussions highlight the promising implications for both understanding natural phenomena and designing better robotic systems, suggesting considerable influence.
Abstract in brief
- Adaptive leadership in flocking allows groups to balance being persistent in their movement while remaining responsive to changes, overcoming the usual tradeoff between these two qualities.
- The study introduces a time-dependent leadership hierarchy that adapts locally to individual agents' intentions, improving the group's ability to quickly change direction based on environmental cues.
- This approach, demonstrated through models and a swarm of 52 drones, enhances collective responsiveness without sacrificing stability, potentially applicable to both biological systems and artificial robotics.]
Top posts
Most liked on X and BlueskyA flock of birds can remain cohesive if each individual moves in the same direction as its neighbours. But if everyone aligns with everyone else, the flock would never change direction. Recent studies try to address this paradox. Here I see this new one: https://t.co/YwiMtcVkQd
#Flocks of #birds show responsiveness & synchrony when navigating new situations. Boldizsár Balázs & colleagues present an algorithm to explain this phenomena https://t.co/BLnR201ngT @CollMotEnt @eotvos_uni @bbozsi #Interface https://t.co/HRTUzd5asR
RT @CollMotEnt: #Flock of birds achieve harmonious motion despite the deep contradiction between being calm and being sensitive. Our resear…
方向を変える意図を考慮した時間に依存するリーダーシップ階層で、標準的な集団運動のモデルの応答性を高め、持続性と応答性のトレードオフ関係の限界を破ることができる。環境への応答性の増大が成長する群れサイズと関連。52体のドローンの群れでの研究も実施。Adaptive… https://t.co/QI8cHIfMYj
RT @RSocPublishing: #Flocks of #birds show responsiveness & synchrony when navigating new situations. Boldizsár Balázs & colleagues present…
All mentions
Flocking simulation of 500 agents in a confined arena using adaptive leadership
This simulation showcases 500 agents in a 1400 x 1400 m arena, moving at 8 m/s, with adaptive leadership enabling efficient flocking. Collisions are avoided, but density increases near corners, illustrating responses to…
Adaptive Leadership Enhances Flocking Response to Leader Deviations
This video compares responses of the Couzin leader model, Cavagna spin model, and their will-based versions in scenarios with agents reacting to a deviating leader, illustrating how adaptive leadership improves flock…
Flocking Simulation of 500 Agents Using an Adaptive Leadership Model
This video demonstrates a flocking simulation of 500 agents in a confined arena using the new WillFull model, showcasing improved coherence and adaptive responses driven by collective leadership in realistic conditions.
@AdrianDittmann simple rules can create impressively dynamic patterns https://t.co/ltNSYOI9ag
#TBrecentpublication @royalsociety Adaptive leadership overcomes persistence–responsivity trade-off in flocking https://t.co/m8YEHk7rOj
RT @RSocPublishing: #Flocks of #birds show responsiveness & synchrony when navigating new situations. Boldizsár Balázs & colleagues present…
RT @RSocPublishing: #Flocks of #birds show responsiveness & synchrony when navigating new situations. Boldizsár Balázs & colleagues present…
#Flocks of #birds show responsiveness & synchrony when navigating new situations. Boldizsár Balázs & colleagues present an algorithm to explain this phenomena https://t.co/BLnR201ngT @CollMotEnt @eotvos_uni @bbozsi #Interface https://t.co/HRTUzd5asR
Adaptive leadership overcomes persistence–responsivity trade-off in flocking | Journal of The Royal Society Interface https://t.co/svkS6HRpaL
RT @CollMotEnt: #Flock of birds achieve harmonious motion despite the deep contradiction between being calm and being sensitive. Our resear…
RT @CollMotEnt: #Flock of birds achieve harmonious motion despite the deep contradiction between being calm and being sensitive. Our resear…
#Flock of birds achieve harmonious motion despite the deep contradiction between being calm and being sensitive. Our research team found their key: leadership! Mimicking nature, our #drones are flocking smoothly on the cover of @RSocPublishing Interface. https://t.co/us4I58EQLl https://t.co/TbVh0xEQ3p
A flock of birds can remain cohesive if each individual moves in the same direction as its neighbours. But if everyone aligns with everyone else, the flock would never change direction. Recent studies try to address this paradox. Here I see this new one: https://t.co/YwiMtcVkQd
RT @uranus_2: 方向を変える意図を考慮した時間に依存するリーダーシップ階層で、標準的な集団運動のモデルの応答性を高め、持続性と応答性のトレードオフ関係の限界を破ることができる。環境への応答性の増大が成長する群れサイズと関連。52体のドローンの群れでの研究も実施。Ad…
方向を変える意図を考慮した時間に依存するリーダーシップ階層で、標準的な集団運動のモデルの応答性を高め、持続性と応答性のトレードオフ関係の限界を破ることができる。環境への応答性の増大が成長する群れサイズと関連。52体のドローンの群れでの研究も実施。Adaptive… https://t.co/QI8cHIfMYj
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