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2 clusters · 5 sources · 2 days · First seen · Last updated

Advancements in robotic tactile sensing technology

Overview

Developments in robotic tactile sensing and human-machine interaction have progressed through innovations in electronic skin and sensing methodologies.

Initial reports highlighted breakthroughs in ultra-thin electronic skin, thinner than human skin, which enables robots to detect pressure, movement, and subtle slips to adjust grip instantaneously. This was framed alongside predictions regarding 6G connectivity and artificial intelligence, which are expected to create new device categories and proactive, context-aware tools.

Subsequent technical advancements focused on specific sensing mechanisms. Touchlab developed technology utilizing the quantum tunneling effect to provide real-time data on force requirements for handling delicate objects. Additionally, researchers proposed a hybrid sensing method for humanoid robots, combining electrical impedance tomography (EIT) with pneumatic pressure sensing. This hybrid approach aims to improve force detection across larger surface areas, such as a robot’s chest, by addressing the sensitivity inconsistencies found when using EIT alone.

Entities

Shadow Robot · Cristiano Amon · Tesollo · Touchlab · Qualcomm

Timeline

  1. 30 days ago

    [TECHNOLOGY] 3 sources
    Robotic skin technologies advance tactile sensing and grip control

    New developments in robotic skin, including quantum tunneling sensors and hybrid EIT-pneumatic systems, are enabling robots to detect pressure and adjust their grip with greater precision.

  2. about 1 month ago

    [TECHNOLOGY] 2 sources
    Technological innovations advance robotic touch and 6G connectivity

    Advancements in ultra-thin electronic skin are enhancing robotic tactile sensitivity, while Qualcomm CEO Cristiano Amon predicts 6G will revolutionize connectivity and device interaction.

Sources

adslzone.net · freshplaza.es · groentennieuws.nl · noticiasdemalaga.es · roboticsandautomationnews.com