Scientists Pigeon Murderers Created 21:51

Scientists from the University of Aviation and Astronotics at the University of Nanjing presented a new hybrid system, a new hybrid system that combines a lively organism and modern technologies with the Chinese Academy Academy Automation Institute. Published in İş Magazine Research.

Robo-Blue, brain-computer (BCI) and microelectromechanical systems (MEMS) were created on the basis of the micro-SIVI interface. Combining the natural capabilities of the bird with the accuracy and control of the electronic components to the flight, researchers have developed a unique platform that can be used in areas such as rescue operations, environmental monitoring and national security tasks.

The main scientific task was to fully manage the height of flight in real external conditions – before that, such experiments were performed only in laboratories. For this, the team first used neurostimulation in the pigeons’ brain. They investigated the effect of stimulation parameters – frequency, range and time – on the height of the flight. The results showed that the incidence of 60 Hz stimulation causes an effective increase and a decrease of 80 Hz, and that the flight direction remained unchanged. This made it possible to control the height, regardless of the horizontal navigation, which is particularly important for the execution of tasks in complex areas.

The study proved that with the help of the targeted neurostimulation, the height of the flight could gain controlled changes without loss of orientation. This approach not only leads to the practical use of cyber glubs in various fields, but also inspires the creation of semi -biological drones using neuro -guides principles. In the future, these technologies can become the basis of new aircraft that combine engineering and biology achievements.

Previously, scientists taught Artificial intelligence to get to know gestures.