APPLICATION OF 5G MOBILE COMMUNICATION TECHNOLOGY INTEGRATING ROBOT CONTROLLER COMMUNICATION METHOD IN COMMUNICATION ENGINEERING
Keywords:
5G communication, robotic controller, URLLC, communication engineering, industrial automation, smart manufacturingAbstract
The evolution of mobile communication technology has catalyzed a new era in automation and robotics, with 5G networks providing unprecedented capabilities in speed, latency, and reliability. This paper explores the integration of 5G mobile communication technology with robotic controller communication systems in the context of communication engineering. Emphasis is placed on the unique features of 5G, such as ultra-reliable low-latency communication (URLLC), massive machine-type communication (mMTC), and enhanced mobile broadband (eMBB), and their significance in enabling precise, real-time control of robotic systems. The study reviews current communication challenges in robotic control, presents architectural models for 5G-robot integration, and discusses practical applications in industrial automation, smart factories, and remote surgery. Challenges including spectrum allocation, security, and interoperability are critically analyzed. The findings suggest that 5G-integrated robotic communication systems offer transformative potential for communication engineering, with far-reaching implications for multiple industries.
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