Robotic modeling of snake traversing large, smooth obstacles reveals stability benefits of body compliance. (arXiv:2002.09711v3 [physics.bio-ph] UPDATED) https://t.co/1FElPxBE59
RT @RSocPublishing: Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding…
Can they make an Aibo style one?
The adveture of speckled band gains modern dimensions 🙂
RT @RSocPublishing: Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding…
RT @RSocPublishing: Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding…
RT @RSocPublishing: Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding…
RT @KUhokie42: .@SuperScienceGrl I am all for the coming robot apocalypse, but not like this. Not. Like. This.
RT @RSocPublishing: Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding…
RT @RSocPublishing: Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding…
.@SuperScienceGrl I am all for the coming robot apocalypse, but not like this. Not. Like. This.
RT @RSocPublishing: Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding…
Researchers create a #snake #robot as a physical model to understand stability principles and advance the understanding of snake locomotion: https://t.co/NiIa6RbjFm #RSOS #OpenAccess https://t.co/OSBIS4deue
Robotic modeling of snake traversing large, smooth obstacles reveals stability benefits of body compliance. (arXiv:2002.09711v1 [https://t.co/vEh3yO2X4d]) https://t.co/tT8BlXZilC #biophysics
Robotic modeling of snake traversing large, smooth obstacles reveals stability benefits of body compliance. https://t.co/9GOsrkcp4z
RT @uranus_2: そこで、ロボットに身体のコンプライアント機構を付与したところ、速度を落とさずに回転不安定性を減らすことができ、これは面接触の向上による。Robotic modelling of snake traversing large, smooth obsta…
RT @uranus_2: 身体長の3分の1の高さの段差でも、高速、安定的に上ることができる蛇ロボットを開発。ただ、これより高い段差になると、回転や反転が多くなって上れない。しかし、コンプライアント機構がある身体をしている実際の蛇ではそんなことはない。 https://t.co…
身体長の3分の1の高さの段差でも、高速、安定的に上ることができる蛇ロボットを開発。ただ、これより高い段差になると、回転や反転が多くなって上れない。しかし、コンプライアント機構がある身体をしている実際の蛇ではそんなことはない。 https://t.co/6SdqBtdcco
そこで、ロボットに身体のコンプライアント機構を付与したところ、速度を落とさずに回転不安定性を減らすことができ、これは面接触の向上による。Robotic modelling of snake traversing large, smooth obstacles reveals stability benefits of body compliance https://t.co/6SdqBtdcco