Optimizing Smart Manufacturing System Through Advanced Robotic Kinematics

This research focuses on optimizing smart manufacturing processes through advanced robotic kinematics, aiming to enhance efficiency and productivity in industrial settings. The term “kinematics” refers to the study of motion without considering the forces causing the motion, and in this context, it pertains to the intricate movement patterns of robotic systems. The scope of the work is the task at hand involves incorporating advanced kinematic algorithms and techniques into the development and functionality of robotic systems within intelligent manufacturing settings. The primary objective is to streamline and improve the overall manufacturing process by leveraging the capabilities of advanced robotics. The novelty of this research lies in the exploration and application of innovative kinematic approaches to address specific challenges in smart manufacturing, paving the way for more precise, adaptable, and agile robotic systems.