Unmanned Aerial Vehicle is not uncommon to know days. We all know about it. But as they are flying more regularly, the possibility of their collision has increased. This project is to counter that possibility.
Concept:
For any collision to take place, objects must be on the same possible in the given period of time and to avoid that we must avoid this necessary condition. In this post, we will see about the methods which can be implemented to reduce this possibility using sensors, navigation systems, and radars.
What is UAV( Unmanned Aerial Vehicle)?
Related Pdf :
Three-Dimensional Offline Path Planning for UAVs using Multiobjective Evolutionary Algorithms
Future visual micro sensors for mini/micro-uav applications
See and avoidance behaviors for autonomous navigation
Collision-free UAV Formation Flight Using Decentralized Optimization and Invariant Sets
Concept:
For any collision to take place, objects must be on the same possible in the given period of time and to avoid that we must avoid this necessary condition. In this post, we will see about the methods which can be implemented to reduce this possibility using sensors, navigation systems, and radars.
What is UAV( Unmanned Aerial Vehicle)?
Related Pdf :
Three-Dimensional Offline Path Planning for UAVs using Multiobjective Evolutionary Algorithms
Future visual micro sensors for mini/micro-uav applications
See and avoidance behaviors for autonomous navigation
Collision-free UAV Formation Flight Using Decentralized Optimization and Invariant Sets
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