NASA and Google in collaboration with each other developing assista Artificial Ielligence Medicine It is the task of maiaining the health of astronauts on Mars’ missions.
As human space missions are prolonged and increased from the ground, it is more difficult to maiain the health of the team members. Astronauts at the Iernational Space Station have so far accessible coact with the Houston Corol Ceer, regularly delivering drugs and returning to the ground after 6 mohs, but these will change for the long -term missions that NASA and business companies such as SpaceX are planning.
NASA and Google’s collaboration to build artificial ielligence medical assista in space
NASA seeks self -sufficiency in providing medical services in space. One of the primary steps of this route is the developme of CMO-DA in collaboration with Google. This multimedia artificial ielligence assista working through speech, text and imagery in the coext Vertex AI Google runs and helps astronauts diagnose and treat the symptoms of the disease if the doctor is not disconnected or discoinued.
The project is based on a fixed coract with Google’s public sector that covers cloud services, software developme and model training. The program source code belongs to NASA and the organization is involved in improving models.
According to reports, Google’s medical assista in three common scenarios includes Ankle injury, side pain and ear pain Tested. Three doctors, including an astronaut, examined the assista’s performance in the initial evaluation process, obtaining history, clinical analysis and treatme. The results showed that the accuracy of diagnosis and treatme of the side pain 74 %Ear pain 80 % And ankle injury 88 % It has been.
The developme path of this tool is in a step -by -way, and NASA iends to add more data such as medical devices and the model to better understand specific space medical conditions such as Its micrograms Educate. Google has not given clear information about its plans to obtain legal permits to use this assista in medical offices on the ground, but if the assista is approved for use in space, the next step can be to use it on the ground.
Finally, this technology can not only improve the health of astronauts, but its teachings may be applied in various areas of health.
