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our-guts-may-sense-sugar-and-low-calorie-sweeteners-differently

Our guts may sense sugar and low-calorie sweeteners differently

The gut distinguishes sugar from low-calorie sweeteners, and tells the brain what has been eaten within milliseconds, studies in mice and human cells suggest Read More https://www.newscientist.com/article/2237893-our-guts-may-sense-sugar-and-low-calorie-sweeteners-differently/?utm_campaign=RSS%7CNSNS&utm_source=NSNS&utm_medium=RSS&utm_content=home Views: 0

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Synergy emergence in deep reinforcement motor learning

Human motor control has always been efficient at executing complex movements naturally, efficiently, and without much thought involved. This is because of the existence of motor synergy in the central nervous system (CNS). Motor synergy allows the CNS to use a smaller set of variables to control a large group of muscles; thereby simplifying the

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a-human-like-planner-that-allows-robots-to-reach-for-objects-in-cluttered-environments

A human-like planner that allows robots to reach for objects in cluttered environments

While research in the field of robotics has led to significant advances over the past few years, there are still substantial differences in how humans and robots handle objects. In fact, even the most sophisticated robots developed so far struggle to match the object manipulation skills of the average toddler. One particular aspect of object

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Enhanced imitation learning algorithms using human gaze data

Past psychology studies suggest that the human gaze can encode the intentions of humans as they perform everyday tasks, such as making a sandwich or a hot beverage. Similarly, human gaze has been found to enhance the performance of imitation learning methods, which allow robots to learn how to complete tasks by imitating human demonstrators.

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Modernizing first responder training with VR and speech recognition

With over 60 million American adults owning a smart speaker, human-to-machine conversation have largely become a part of a daily ritual. Though these exchanges are seemingly simple to the user, the complex technology that backs the interactions is powered by artificial intelligence, machine learning, and speech recognition. These modern machines are only continuing to grow

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