Obstacle Collision Avoidance System
Obstacle collision avoidance system is like having a superhero power that helps you avoid hitting things while you are moving. Just like Spiderman senses danger and makes quick moves to avoid it, cars and robots use obstacle collision avoidance systems to sense when there is something in their way and then make quick decisions to avoid crashing into it.
This system works by using special sensors that can detect things in the car or robot's path. These sensors are like little eyes that are always looking out for danger. They use things like lasers, cameras, and sound waves to detect obstacles. When something is detected, the system sends a signal to the driver or robot that something is in the way.
Then, the driver or robot uses the information from the system to make decisions about what to do next. If the driver is behind the wheel of a car, they might get a warning signal or an alarm to let them know that there is danger ahead. The driver can then slow down or change lanes to avoid the obstacle.
If the system is in a robot, it might be programmed to move around the obstacle or stop and wait until the obstacle is cleared. This helps the robot avoid getting stuck or causing damage to itself or its surroundings.
So, basically, obstacle collision avoidance system is like a superpower that helps cars and robots avoid hitting things by using special sensors to detect obstacles in their way and making quick decisions to avoid them.
This system works by using special sensors that can detect things in the car or robot's path. These sensors are like little eyes that are always looking out for danger. They use things like lasers, cameras, and sound waves to detect obstacles. When something is detected, the system sends a signal to the driver or robot that something is in the way.
Then, the driver or robot uses the information from the system to make decisions about what to do next. If the driver is behind the wheel of a car, they might get a warning signal or an alarm to let them know that there is danger ahead. The driver can then slow down or change lanes to avoid the obstacle.
If the system is in a robot, it might be programmed to move around the obstacle or stop and wait until the obstacle is cleared. This helps the robot avoid getting stuck or causing damage to itself or its surroundings.
So, basically, obstacle collision avoidance system is like a superpower that helps cars and robots avoid hitting things by using special sensors to detect obstacles in their way and making quick decisions to avoid them.