Our recent work, “CPG-Based Manipulation With Multi-Module Origami Robot Surface,” has been published in IEEE RA-L!
Read it here: https://t.co/VOrcYQE8O0
Watch the video here: https://t.co/gTjgIlfOUS
#OrigamiRobots#Robotics#Research@robotician@EPFL@EPFL_en
The strategy opens new possibilities for the design of compact physical interfaces in human-robot interaction.
Link: https://t.co/YZXyOCiy5L
Authors: @a_mustafamete , Alexander Schüßler, Yves Martin, Bruno Trivelli, @robotician@EPFL_en@snsf_ch
Check out my first Medium article where I share my vision on "Redefining Living Spaces: a necessary step forward" https://t.co/0N7nFv7JFN
#livingSpaces#futureOfLiving#futurwOfWork @MirosTechnology @robotician
Want to join the most anticipated #AI event of the year? Excited to announce that I will be exhibiting at the @AIforGood@ITU@UN Global Summit 30-31 May 2024! Free for all to attend in #person and #online! https://t.co/M3pQT9C7CT
I am excited to be attending IEEE-RAS Robosoft 2024 in San Diego, April 15-17. I will give a demo and talk about our latest project, the Softness Rendering Interface (SORI), at the "Multimodal Soft Robots for Multifunctional Manipulation, Locomotion, and Human-Machine Interaction" workshop. Please stop by if you want to try the demo and contact me if you would like to have a conversation.
https://t.co/Kk3aeKpKDi
https://t.co/lTHBXsq0UO
@robotician@EPFL_en@EPFLEngineering #robosoft2024 #robotics #haptics
The haptic softness rendering interface, SORI, replicates the feeling of softness on fingertips by controlling contact area and force, successfully emulating the tactile sensation of items such as a soft salmon fillet and a heart model. In PNAS: https://t.co/I10vwIhJAq
Researchers from @RRL_EPFL have developed a haptic device capable of reproducing the softness of various materials, from a marshmallow to a beating heart, overcoming a deceptively complex challenge that has previously eluded roboticists. https://t.co/bdEuTvgCH9
The @RRL_EPFL presents SORI: a device that recreates the softness of various materials, enabling a range of applications where softness sensation is critical – from space exploration to #robot-assisted surgery. https://t.co/S1yNVzzqFZ @EPFL_en@PNASNews@robotician@EPFL_MechE
Exciting news! Our robot, SORI, Softness Rendering Interface is featured in @PNASNews. SORI regenerates the sense of softness on a fingertip by decoupling cutaneous and kinesthetic cues. @robotician@a_mustafamete@EPFL_en@snsf_ch
🦾 Took a creative retreat as the #RRL team at #EPFL! 💡 Engaged in deep discussions that sparked new ideas to set the stage for future of our lab. 🌍Celebrated our diversity with an International Food Night & Swiss Raclette Night, strengthening our bonds. Inspired & ready! 🎉
Thanks everyone for joining us at our annual #liverobotdemos for ME410 class @EPFL_MechE@EPFLEngineering it was a beautiful day having over hundreds of attendees learning and testing brand new robots created during the semester.
🎉 A fantastic ME-410 demo day last Friday! 🚀
Kudos to our students for their brilliant prototypes, showcasing the future of mechanical design. Check out their creativity and effort in these projects! 🤖🔧
Big thanks to all who visited the demo day. #robotics@EPFL@robotician
Bright idea! @robotician & the @RRL_EPFL have created a sensor that perceives combinations of bending, stretching, compression & temp. changes, all using a robust system based on a simple concept: #color.
#softrobotics#wearables@EPFL_MechE@EPFL_en
https://t.co/AhOGAyqtge