Novel Two-dimensional (2D) Materials and Devices for Biomimetic Sensing and Computing
Nanohub,
Many animals outsmart humans in sensory skills. In fact, animals can do much more than just see, smell, touch, taste, and hear.
Many animals outsmart humans in sensory skills. In fact, animals can do much more than just see, smell, touch, taste, and hear.
A new collision detector that mimics the neurological mechanisms that stops swarming locusts from crashing into each other has…
Les criquets possèdent un système anti-collision particulièrement ingénieux. Des chercheurs s'en sont inspirés pour créer un…
Nagyobb eséllyel kerülhetik el az önvezető autók a baleseteket, ha amerikai kutatóknak sikerül továbbfejleszteniük nemrég létreho…
Engineers have recently discovered how locusts will be able to help make self-driving cars safer.
Pese a que las langostas migran en enjambres formados por miles de ejemplares voladores, casi no registran colisiones entre…
Команда инженеров из Государственного университета Пенсильвании создала миниатюрный детектор столкновений, который может помочь р…
Detecting potential collisions accurately and responding with a timely escape is crucial in robotics and autonomous vehicle…
А еще дронов и роботов. На это рассчитывает команда инженеров, которая разработала мощный детектор столкновений на основе поведен…
A locust storm in Madagascar. Credit: pawopa3336 / US engineers are trying to develop a low-power collision detector for robots…
Swarms of locusts are not often associated with good omens, but when it comes to designing better vision for sophisticated…
Locust swarms could hold the key to developing effective collision avoidance technology for robots, drones and self-driving…
A collision detector for vehicles mimics an avoidance neuron in locusts that allows them to fly in swarms.
Plagues of locusts, containing millions of insects, fly across the sky to attack crops, but the individual insects do not…