Catholic University of America, School of Engineering, shared an update PostedFriday, October 2, 2020 at 4:38 AM Watch This Boston Dynamics Robot Herd Flock of Sheep in New Zealandhttps://youtu.be/RBLnAhzPpTQ Autonomous farm work - enter the robots - YouTube The use of autonomous robots in agriculture is... Read More Watch This Boston Dynamics Robot Herd Flock of Sheep in New Zealandhttps://youtu.be/RBLnAhzPpTQ Autonomous farm work - enter the robots - YouTube The use of autonomous robots in agriculture is increasing the efficiency of food production. Robots, like Spot from Boston Dynamics, increase accuracy in yie... youtu.be Read Less
AI algorithm detects and identifies brain lesions Posted10/2/2020 4:50:25 AM Researchers from Cambridge University and Imperial College London developed an AI algorithm that detects and identifies different types of brain injuries.The researchers said they have clinically validated and tested the AI on large sets of CT scans, and found that it could detect, segment, quantify and differentiate different types of brain lesions.The results could be useful in large-scale research studies, for developing more personalised treatments for head injuries and, with further validation, could be useful in certain clinical scenarios, such as resource-limited areas with few radiologists. Posted byCatholic University of America, School of Engineering Read More Comments0
Physicists develop ‘most sensitive strain sensor ever made’ Posted10/2/2020 4:34:10 AM Physicists have created what they claim is the most sensitive strain sensor ever made, an advance said to bring new levels of sensitivity to wearable tech.The sensor, developed by the Materials Physics Group at Sussex University, can reportedly stretch up to 80 times higher strain than strain gauges currently available and show resistance changes 100 times greater than the most sensitive materials in research development.The research team believe the sensors could bring new levels of sensitivity to wearable tech measuring patients’ vital signs and to systems monitoring buildings and bridges’ structural integrity.In a statement, Marcus O’Mara, from the School of Mathematical and Physical Sciences at Sussex University, said: “The next wave of strain sensing technology uses elastic materials like rubber imbued with conductive materials such as graphene or silver nanoparticles, and has been in development for over a decade now. Posted byCatholic University of America, School of Engineering Read More Comments0
