Simple Webots 3D simulation using C++
Budget: $10 – $30 USD
The weight of the robot should be assumed to be 5kg
All obstacles should have physics properties
3D simulations of the robot on Webots, its a Distance maintaining robotic(could be done with e-puck robot), the robot will travel from one point to another on a line where the line represents a motorway. If any car approaches from behind the robot should increase its speed; and if there any car in front of the robot it should decrease its speed to maintain a specific distance in traffic. if both cars from behind and from front side are approaching you should decide what to do.
All obstacles should have physics properties
3D simulations of the robot on Webots, its a Distance maintaining robotic(could be done with e-puck robot), the robot will travel from one point to another on a line where the line represents a motorway. If any car approaches from behind the robot should increase its speed; and if there any car in front of the robot it should decrease its speed to maintain a specific distance in traffic. if both cars from behind and from front side are approaching you should decide what to do.