Transforming Arduino Boards into Flexible Circuits for Soft Robotics

Recently, a research team from Yale University did something interesting: they designed the well-known rigid Arduino boards into flexible, stretchable circuits and integrated them into soft robots, achieving 300% high stretchability and providing advanced computing capabilities for soft robots. This groundbreaking work was successfully published in Science Robotics (IF=26.1).
To achieve functionality in the real world, robots must possess decision-making computing capabilities. However, soft robots need to stretch, which necessitates solutions beyond rigid computers. Current examples of embedding computation into soft

Intel and Arm Diversify Their Focus at Computex 2018

Intel and Arm Diversify Their Focus at Computex 2018

We have traditionally viewed Intel and Arm as the dominant players in the PC and server markets, and the mobile application domain, respectively. Although these companies have attempted to cross into each other's territories in the past, they have not been particularly successful. However, at the 2018 Computex conference, "diversification" became the main theme.

Traditionally, Intel is a major player in the PC and server solutions market, but this time it

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