Bharatstudent.com
Sign Up | Login
Networking Videos
Artificial intelligence can predict distribution of radioactive fallout
New Delhi, Jul 03 (ANI): When a nuclear power plant accident occurs and radioactive material is released, it becomes vital to evacuate people in the vicinity as quickly as possible. However, it can be difficult to predict where the emitted radioactivity will settle, making it impossible to prevent the exposure of people. Researchers at University of Tokyo created a computer program that predicts the emission and landing of radioactive material. This tool enables evacuation plans and other health-protective measures which can be implemented if nuclear accident occurs. The team created a system based on a form of artificial intelligence, which uses data on previous weather patterns to predict the route of radioactive emissions. It could also predict the direction of dispersion especially in winters, when there are more predictable weather patterns.
 
Latest Videos

Second Canadian missing ...

News Headlines

2 militant gunned down in ...

Teejay Sindhu Speaks ...

Exclusive Tete E Tete ...

Yamaha MT09 SW Motech ...

Yamaha MT09 SW Motech ...

ARC Vector Electric ...

Real-life Paddington Bear ...

Bill rebuking Riyadh ...

U.S. Senate moves ...

Jammu-Srinagar highway ...

President Kovind ...

Canadian FM: extradition ...

Star-studded "Mary ...

Watch: Indian Navy ...
 

Business


Wall Street rises on ...

China's Tencent ...

Road out of Libreville ...

Syria pharma industry on ...

Politics


Will PM Modi Target ...

Rain Trouble For BJP B.S ...

KN Nehru Attacks Vaiko, ...

1150 Gangsters Were ...

 
Bharatstudent
About
News
Mobile
RSS Feeds
FAQ
Contact Us
Advertise with Us
Networking
Friends
Gangs
Photos
Videos
Classifieds
Study Zone
Study India
Study Abroad
Notifications
Exam Results
My First Job
Cafe Bharat
Hindi
Tamil
Telugu
Kannada
Malayalam
GenX Zone
Game Zone
Live Radio
Greetings
Recharge Mobiles
Cricket
Become a FAN on Facebook
© All rights reserved to BharatStudent.com Terms of Use | Privacy