Robot Automation: Principle, Design and Applications

The text explores the latest case studies, advanced research, and futuristic challenges of robotic technology in diverse fields. It describes the dynamic models of robotic architecture using simulation software with an emphasis on performance improvement through the latest artificial intelligence techniques and machine learning algorithms. Explores the latest trends in robotic technology including human-robot interactions, creativity, and invention in the aftermath of automation Offers theoretical understanding as well as practical design aspects of robotic systems Explains innovative robotic technology in sustainable society such as digital transformation, the metaverse in business management, and advanced technologies in healthcare Discusses topics such as quantum computing, bio-inspired robotics, transparency, and accounting in robotic technology Covers applications of robotic technology in diverse areas including manufacturing, healthcare, and supply chain management The text is primarily written for senior undergraduates, graduate students, and academic researchers in the fields of electrical engineering, electronics and communications engineering, computer science and engineering, and information technology.