Titlebook: Human-Robot Body Experience; Philipp Beckerle Book 2021 Springer Nature Switzerland AG 2021 Human-Robot Body Experience.Human-machine Inte

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https://doi.org/10.1007/978-3-319-61621-6ns. This chapter discusses practical approaches towards wireless sensing and feedback as well as integrating psychophysiological measurement. Even with low-cost solutions, current technology holds a substantial potential to improve human-robot experience research. Moreover, an expert study exploring

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Alessandra Graziottin,Filippo Murinato bi-directional human-machine interfaces and considering the whole variety of the sense of touch. Aiming at robotic devices that “feel good”, robots equipped with bi-directional human-machine interfaces can support neuroscientific studies to understand human cognition and identify technological ch

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Concepts, Potentials, and Requirementsns. A considerable body of research outlines the complexity and plasticity of human bodily experience. When examining robotic devices, which can be seen as “intelligent” tools, this challenge is getting even tougher due to the interaction of the involved agents. Beyond this, recent studies point out

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Robotic Hand Experiencetechnical and experimental merits with a focus on tactile feedback and the influence of delays. A pilot study proofs the applicability of the RobHI setup with tactile feedback. Additionally, two extensive experiments analyze the interplay of visuotactile and visuomotor feedback to unravel their cont

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