Before revision: The design and control of robots relies on many fields knowledge, including: General Biology – Biomechanics – Computer science – Artificial Intelligence – Computational linguistics – Cloud computing – Cybernetics – Modal logic – Engineering – Aerospace engineering – Acoustical engineering – Automotive engineering– Chemical engineering – Control engineering– Electrical engineering– Electronic engineering – Mechanical engineering – Mechatronics engineering – Microelectromechanical engineering – Nanoengineering – Optical engineering – Safety engineering – Software engineering – Telecommunications – Fiction – Robotics technology and its implications are major themes in science fiction and have provided inspiration for robotics development and cause for ethical concerns.
After revision: The design and control of robots relies on many fields knowledge, including: General Biology – Biomechanics – Bioinformatics – Computer science: Artificial Intelligence – Computational linguistics – Cloud computing – Cybernetics – Modal logic – Engineering : Chemical engineering – Electrical engineering , Control engineering, Telecommunications engineering, Computer engineering (Software engineering, Internet of Things) Automotive engineering, Acoustical engineering Chemical engineering – Control engineering– Electrical engineering– Electronic engineering – Mechanical engineering – Mechatronics engineering – Microelectromechanical engineering – Nanoengineering – Optical engineering – Safety engineering :Machine learning, Deep learning, Artificial neural networkAerospace engineering, Automotive engineering – Fiction – Robotics technology and its implications are major themes in science fiction and have provided inspiration for robotics development and cause for ethical concerns.