Russian neural network GigaChat will be sent to the International Space Station for the first time to monitor astronauts' health conditions. The innovative system will analyze crew medical data and assist in making health-related decisions during spaceflight conditions.
G. Ostrov
Russian company Sber announced plans to use its neural network GigaChat aboard the International Space Station. This will be the first case of applying Russian artificial intelligence for medical monitoring in space.
GigaChat's Tasks on ISS
The primary function of the neural network will be continuous monitoring of astronauts' health conditions. GigaChat will analyze various medical parameters of the crew, including pulse, blood pressure, stress levels, and other vital signs.
The system will be able to detect potential health problems at an early stage and alert medical personnel on Earth about the need to take action. This is particularly important in conditions of long-duration space missions, where rapid response to medical issues is critically important.
Technical Features
GigaChat is adapted to work in space conditions with limited computational resources and unstable communication with Earth. The neural network can function autonomously, making decisions based on accumulated data and pre-programmed algorithms.
- Real-time processing of medical data
- Predicting astronauts' health conditions
- Automatic alerts in critical situations
- Analysis of space conditions' impact on the body
- Recommendations for adjusting daily routines and nutrition
Significance for Space Medicine
The use of artificial intelligence in space medicine opens new possibilities for ensuring the safety of long-duration flights. GigaChat will be able to accumulate unique data on the impact of space conditions on the human body.
The obtained information will be used to improve medical support for future missions, including flights to the Moon and Mars. Experience working with the neural network on ISS will help in developing more advanced medical monitoring systems for space expeditions.
Development Prospects
Successful testing of GigaChat on ISS could mark the beginning of widespread implementation of Russian AI technologies in the space industry. In the future, plans include expanding the neural network's functions to solve other space mission tasks.
Official Sber website: https://sber.ru/
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