Advancement and Design of Robotic Manipulator Control Structures on Cyber Physical Production System

Generally, the cyber-physical production system (CPPs) is a device that is meticulous or monitored by computer-based algorithms, firmly integrated with an Internet and its users. This system has carried with it an increasing utilization of robotics in common producing environments. One of the most important significant guidelines in the development of communication technologies and computer science and information is characterized by Cyber Physical Systems (CPSs) which are structures of collaborating computational articles which are in demanding connection with the adjacent physical world and its ongoing processes, giving and using, at the same time, data access and data process services accessible on the internet. The methodology to meet this demand is to be democratizing robotics by creating cheaper high customizable robots which can be instigated by small, medium and high enterprises. To overcome this problem, this research stares at using rapid prototyping methods for the growth of customizable robotic manipulators which can be carried out in the cyber physical production system. This study therefore contributes an approach of scheming connected and rapid prototype robotic manipulators and this methodology considers both hardware and software development mandatory for executing a robotic manipulator. Besides generative design, an evolutionary and artificial intelligence based approach is used to plan the link components between the robot joints. This component has been recognized as the ideal to be intended with this approach as its benefits most of the reproductive design approach joined with rapid prototyping. This paper also discovers a robotic manipulator control structures based on Ethernet control skills for implementation within a Cyber physical production system.