Asteroid Tracker

THE CHALLENGE: Near Earth Objects Machine Learning

Solar System

For this challenge, we invite you to become "virtual contributors" to the Asteroid Grand Challenge and develop a hypothetical method, concept note or simple prototype that demonstrates how Machine Learning could be used to help us avoid the same fate as the dinosaurs.

Explanation

project for the competition #NASA_APPS_CHALLENGE

Project Name: asteroid tracker

ours goal and detected the asteroid

you're probably wondering how ???

we based our thinking on 4 essential poins

1) the micro satellite : it orbits the earth to formed a network of antennas its purpose and asteroids detected with sensor (the NEOcam) developed by NASA and send the location to the Space station

2) Space Station (SMART STATION): it has an artificial intelligence and data collector robot

-Station'll send the robot to the asteroid and its role to take picturs and determined the nature of the steroid (composition) with a spectrometer and also left a detectable wave transmitter with an SPS (space position system) for have the position of the asteroid all time

Once the collected data it will send to the station going to the step n°3

3) analysis of data: thanks to its artificial intelligence station'll calculated the exact trajectory of the asteroid and judged whether or not it forms a danger to earth

a report detailing well be send to the base of the NASA in earth

4) after two or three years this station're going inspected the asteroid belt situated between March and Jupiter to see if any of them will form a danger to earth