vortexvacui.blogspot.com
Vortex Vacui: maggio 2011
http://vortexvacui.blogspot.com/2011_05_01_archive.html
Il sentimento più forte e antico dell'animo umano è la curiosità e la curiosità più grande è quella verso l'ignoto. Blog momentaneamente fermo, riprenderò le pubblicazioni quando la mia vita sarà meno frenetica. :D. Martedì 31 maggio 2011. Contrada Gergeri a Cosenza. Credit: maps.google.it. Pubblicato da Alessio Cimarelli. Sabato 28 maggio 2011. Ispirato dal tema del Carnevale della Fisica di questo mese. Trentanni di fisica, ho giocato un po con il Google N-gram Viewer. 160;(ho usato il corpus. Sono ne...
octopus.huji.ac.il
The octopus research group - Support
http://octopus.huji.ac.il/site/support.html
Israel Sciences Foundation (2011-2015) "The neural basis of operant conditioning in an advanced invertebrate - Octopus vulgaris. STIFF-FLOP IP : EU 7th Framework Programme, (FP7-ICT-2011.7) Emerging Future Technologies (FET) (2012 - 2016) STIFFness controllable Flexible and Learn-able Manipulator for surgical OPerationss. United States - Israel Binational Science Foundation (BSF) (2008-2012) The neurophysiological basis of learning and memory in the Octopus. US-Israel Binational Science Foundation (1996-...
fet11.eu
Don't miss at FET11
http://www.fet11.eu/media/dont-miss-at-fet11
The European Future Technologies Conference and Exhibition. Don't miss at fet11. Journalists and science bloggers have free entrance to the conference. A new kind of robot: ECCEROBOT. Diving into the Internet. Exploring the Quantum world: from Games to Diamond Qubits and Secure Quantum Communication. OCTOPUS - Novel Design Principles and Technologies for a New Generation of High Dexterity Soft-bodied Robots. Swimming bio-inspired artefacts with 3D vision. Pervasive Adaptation: it's here! Http:/ cnbi....
elasticmindblog.com
ソフト・ロボティクス入門4:なぜ研究者は触手を作るのか? | elasticmind blog
https://elasticmindblog.com/2014/09/15/softrobotics04_tentacles
Robot, computer science, design, art. ソフト ロボティクスは、触手 tentacle を作るのが得意である。 骨がない、ゾウの鼻 trunk 、あるいは舌 tongue のようなものは、やわらかいもので作るのが自然. Flexible Microctuator (FMA)を使ったグリッパーと脚ロボット 左、 YouTube. より と、FMAの構造 右、 関連特許. FMAより早い時期に、ヘビ型ロボットで知られる東京工業大学の広瀬茂男博士らは、 形状記憶合金 SMA: Shape Memory Alloy. で動く アクティブ内視鏡 active endoscope. 広瀬らは、ヘビのような触手のような機械を、ACM (Active Code Mechanism)と呼んでいる。 能動内視鏡の動き 左、 東工大名誉教授 広瀬茂男 ロボット ギャラリー. より 、そのメカニズム 右、 [広瀬ら, 1987]. 1985年頃にはブリヂストンが、McKibben型ゴム人工筋を製品化した ラバチュエータ (Rubbertuator) を販売していた。 9月 15, 2014.