AI Technologies in Robotics

Abstract

This chapter explores the application of AI technologies in the domain of robotics, focusing on how these advancements enable robots to perform complex tasks with high efficiency and autonomy. It covers critical areas such as perception, where AI allows robots to interpret sensory data; navigation and motion planning, enabling robots to move through and interact with their environments safely; and manipulation, where AI-driven robots achieve precision in handling objects. The chapter also discusses the role of AI in facilitating human-robot interaction, enhancing the ability of robots to work alongside humans in various industrial settings. Through detailed explanations and examples, the chapter demonstrates the transformative potential of AI in robotics, showcasing how it drives innovation and efficiency in industrial applications. This chapter explores the application of AI technologies in the domain of robotics, focusing on how these advancements enable robots to perform complex tasks with high efficiency and autonomy. It covers critical areas such as perception, where AI allows robots to interpret sensory data; navigation and motion planning, enabling robots to move through and interact with their environments safely; and manipulation, where AI-driven robots achieve precision in handling objects. The chapter also discusses the role of AI in facilitating human-robot interaction, enhancing the ability of robots to work alongside humans in various industrial settings. Through detailed explanations and examples, the chapter demonstrates the transformative potential of AI in robotics, showcasing how it drives innovation and efficiency in industrial applications.