The Finnish National Technology Research Center recently issued a communiqué saying that the European research team led by the center was inspired by human vision and developed an energy-efficient machine vision system that allows intelligent robots, drones and other devices to operate independently in post-earthquake rescue tasks without continuous network connections or heavy battery support. According to reports, the project is called a multi-spectral embedded low-power neural computing intelligent vision system. It was launched in 2021 and is currently close to completion. The project combines neuromorphic computing, which simulates information processing in the human brain, with semiconductor technology. The goal is to enable terminal devices not to continuously upload data to the cloud or supercomputer, but to process and quickly make decisions where the data is generated, to achieve “edge computing”.

The Finnish National Technology Research Center recently issued a communiqué saying that the European research team led by the center was inspired by human vision and developed an energy-efficient machine vision system that allows intelligent robots, drones and other devices to operate independently in post-earthquake rescue tasks without continuous network connections or heavy battery support. According to reports, the project is called a multi-spectral embedded low-power neural computing intelligent vision system. It was launched in 2021 and is currently close to completion. The project combines neuromorphic computing, which simulates information processing in the human brain, with semiconductor technology. The goal is to enable terminal devices not to continuously upload data to the cloud or supercomputer, but to process and quickly make decisions where the data is generated, to achieve “edge computing”.