**Cursor Control with Facial Gestures Now Available in Google’s Latest Innovation [Read More]** Developers can now integrate the accessibility feature into their apps, allowing users to control the cursor with facial gestures or by moving their heads. For example, they can open their mouth to move the cursor or raise their eyebrows to click and drag. Announced during last year’s Google I/O for desktop, Project Gameface uses the device’s camera and a database of facial expressions from MediaPipe’s Face Landmarks Detection API to manipulate the cursor. “Through the device’s camera, it seamlessly tracks facial expressions and head movements, translating them into intuitive and personalized control,” Google explained in its announcement. “Developers can now build applications where their users can configure their experience by customizing facial expressions, gesture sizes, cursor speed, and more.” While Gameface was initially made for gamers, Google says it has also partnered with Incluzza — a social enterprise in India focused on accessibility — to see how they can expand it to other settings like work, school, and social situations. Project Gameface was inspired by quadriplegic video game streamer Lance Carr, who has muscular dystrophy. Carr collaborated with Google on the project, with the aim of creating a more affordable and accessible alternative to expensive head-tracking systems.

San Francisco, California – Developers have rolled out a new feature that allows users to control their cursor using facial gestures or by moving their heads. This innovative accessibility feature, known as Project Gameface, was announced during Google I/O for desktop last year. By leveraging the device’s camera and a database of facial expressions, users can now manipulate the cursor with simple movements like opening their mouth to move and raising their eyebrows to click …

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Spinal Cord Neurons Can Learn and Remember Movements on Their Own, Science Reveals – A Breakthrough in Rehabilitation Strategy for Spinal Injury Patients!

Researchers in Leuven, Belgium have made a groundbreaking discovery that challenges traditional views on the role of the spinal cord. According to their findings, published in the journal Science, spinal cord neurons possess the remarkable ability to learn and retain information independently of the brain, shedding new light on the potential for enhancing rehabilitation strategies for spinal injury patients. The study, led by Professor Aya Takeoka and her team at Neuro-Electronics Research Flanders (NERF), focused …

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Robot Dynamics: Boston Dynamics’ Atlas Masters Medium-Weight Car Parts with New Precision Hand Movements

Boston Dynamics’ highly advanced humanoid robot, Atlas, has returned, showcasing its ability to manipulate medium-weight car parts. Known for its impressive bipedal capabilities, such as walking, running, and even backflips, the robot is now delving into more intricate tasks, particularly in the realm of precision. Unlike its previous clamp hands, Atlas now boasts a new set of spindly, double-jointed fingers, enabling it to handle objects with greater finesse. In a recent video, Atlas can be …

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