T.O.E Dream said:I need to make a basic robot (two wheels, two motors, etc.) follow me or a sensor, that will be attached to me. How would I do this? For example, I can have an IR Emitter on me and like two IR sensors on the robot; one that controls the left motor and one controls the right motor. I don't have any experience making robots so forgive me if I don't understand. Can I accomplish this?
A "Robot that Follows You" is a type of robot that has the ability to track and follow a person's movements. This can be achieved through various sensors and programming that allows the robot to detect and follow a person's position and movements.
A "Robot that Follows You" typically uses a combination of sensors, such as cameras, LiDAR, and infrared sensors, to detect a person's movements. The robot then uses this information to calculate its own movements and follow the person. It may also use artificial intelligence and machine learning algorithms to improve its tracking and following abilities.
A "Robot that Follows You" has a wide range of potential applications, including personal assistance, security, and entertainment. It can also be used in industries such as healthcare, logistics, and manufacturing to improve efficiency and productivity.
One of the main advantages of using a "Robot that Follows You" is convenience. It can assist with tasks and follow you around without requiring any physical effort from the user. It can also be helpful for individuals with mobility issues or disabilities. Additionally, these robots can potentially improve safety and productivity in various industries.
Some potential challenges or concerns with using a "Robot that Follows You" include privacy concerns, as the robot may be equipped with cameras and other sensors that can collect personal information. There may also be safety concerns if the robot is not programmed properly or has malfunctioned. Additionally, there may be ethical considerations surrounding the use of these robots, particularly in industries where they may replace human workers.