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An optical fiber, embedding multiple Fiber Bragg Grating sensors, is integrated in a human forearm-like polymeric substrate. Given the sensitivity to deformations of these sensors, the tactile stimuli over the skin surface can be recognized.
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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 730994

Dissemination
Artificial skin at IEEE Sensors 2022 at Dallas, Texas
10 November 2022
Artificial skin at IEEE Sensors 2022 at Dallas, Texas
2022 IEEE RAS TECHNICAL EDUCATION PROGRAM – Seasonal School
7 November 2022
2022 IEEE RAS TECHNICAL EDUCATION PROGRAM – Seasonal School
TERRINet SUCCESS STORY: Learning the dynamics of soft-robot rhythmic motion
11 August 2022
TERRINet SUCCESS STORY: Learning the dynamics of soft-robot rhythmic motion
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Training
Dissemination
Artificial skin at IEEE Sensors 2022 at Dallas, Texas
10 November 2022
Artificial skin at IEEE Sensors 2022 at Dallas, Texas
2022 IEEE RAS TECHNICAL EDUCATION PROGRAM – Seasonal School
7 November 2022
2022 IEEE RAS TECHNICAL EDUCATION PROGRAM – Seasonal School
TERRINet SUCCESS STORY: Learning the dynamics of soft-robot rhythmic motion
11 August 2022
TERRINet SUCCESS STORY: Learning the dynamics of soft-robot rhythmic motion
Sitemap

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