Researchers at Shanghai University of Science and Technology, in collaboration with the American University of Duke, have developed a new artificial vision system inspired by insects composed of insects.
The device is capable of capturing panoramic images in high resolution and performing complex visual processing tasks through artificial intelligence, the Chinese official newspaper Daily reported Monday.
The finding, published in the scientific journal Science Advances, represents a significant advance in the field of bionic vision, traditionally limited by complex three -dimensional structures and low space resolution.
Scientists were inspired by the way insects process visual information through hundreds of ocular units that operate simultaneously, allowing them to react quickly to their environment.
From this observation, the team designed a compact system of just 0.8 cubic centimeters that offers images at the megapixel level, in color, with a visual field of 165 by 360 degrees.
Lee: They discover a genetic mutation that increased height and accelerated human metabolism
Thanks to the use of deep learning models, the researchers integrated a multi -level visual processing that allows high -definition panoramic image reconstruction, location of multiple objectives in a wide field, object recognition, simultaneous follow -up and three -dimensional tracking.
“The objective is not only that the Bionic Vision Systems ‘see’, but can also ‘see clearly’ and ‘understand’ the environment,” said Zhang Dawei, leader of the research team and professor at the University of Science and Technology of Shanghai, cited today by the local medium.
This development, according to researchers, is an innovative integration between bionic and artificial intelligence and opens new possibilities in areas such as medical diagnosis by image, smart surveillance, endoscopic inspection of precision and platforms not crew in miniature.
Currently, the team works to improve the structure of the Bionic compound eye to facilitate its industrial application in advanced scientific instruments, environmental monitoring and new generation medical devices.
With EFE information
Follow us on Google News to always keep you informed
