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Robotics encompasses programmable machines capable of executing complex tasks autonomously, defining them distinctly from traditional machines. The field traces back to ancient myths and has evolved significantly, particularly in the 20th century with applications across various industries like manufacturing and healthcare. Understanding types and applications of robots is essential for the future of technology and automation.
Chapter 17 sections
Robotics encompasses programmable machines capable of executing complex tasks autonomously, defining them distinctly from traditional machines. The field traces back to ancient myths and has evolved significantly, particularly in the 20th century with applications across various industries like manufacturing and healthcare. Understanding types and applications of robots is essential for the future of technology and automation.
A robot is a machine capable of perception, decision-making, and action.
Robotics dates back to ancient concepts but has rapidly advanced since the 20th century.
Robots come in many forms and serve diverse industries from manufacturing to medicine.
Understanding the evolution and types of robots provides a foundation for building and programming them.
A programmable machine capable of carrying out a complex series of actions automatically.
The ability of a robot to perceive its surroundings through various sensors.
The performance of physical actions by a robot.
Robots designed for manufacturing tasks, such as assembly lines in factories.
Robots that assist with tasks like floor cleaning and deliveries.
Robots utilized in healthcare applications like surgical procedures.
Robots designed for military applications such as reconnaissance and bomb disposal.
Robots designed to resemble and interact with humans.