Titlebook: Hypermedia: Openness, Structural Awareness, and Adaptivity; International Worksh Siegfried Reich,Manolis M. Tzagarakis,Paul M. E. B Confere

FOLLY

Jörg M. Haakeaily lives. The essence of ‘tool use’ lies in our gradual progression from learning to act ‘on’ objects to learning to act ‘with’ objects in ways to counteract limitations of ‘perceptions, actions and movements’ imposed by our bodies. At the same time, to learn both “cumulatively” and “swiftly” a co

Dorsal

Yuzuru Tanaka,Jun Fujima,Tsuyoshi Sugibuchinal robustness, deformability, and touch sensitivity. Specifically, skin samples from the elephant trunk were thoroughly analyzed to understand their morphology and inner structure. The mechanical behavior of different skin layers was assessed through uniaxial tensile and indentation tests, enabling

Dri727

PRISE

Danius T. Michaelides,David E. Millard,Mark J. Weal,David DeRoureopularity of the numerical machine learning techniques used to design them. While numerical methods are highly generalizable, they also tend to produce unintuitive networks with inscrutable behavior. One solution to the problem of network interpretability is to use analytical design techniques, but

isotope

Neil Ridgway,David DeRoureh the use of neural circuitry that adaptively controls the reconfigurable musculature. Current robotic systems struggle to flexibly adapt to unstructured environments. Through mimicry of the neuromechanical coupling seen in living organisms, robotic systems could potentially achieve greater autonomy

colostrum

绝缘

Peter J. Nürnberg,David L. Hicksnnovative sensory apparatus able to perceive the “social and emotional world” in which they act and a cognitive system able to manage this incoming sensory information and plan an organized and pondered response. In order to allow scientists to design cognitive models for this new generation of soci

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Moritz Neumüllern. To mimic this kind of locomotion, we developed a compliant modular worm-like robot. This robot uses a cable actuation system where the actuating cable acts like the circumferential muscle. When actuated, this circumferential cable contracts the segment diameter causing a similar effect to the con

灌输

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