Integrated Network Design for Ultra-Reliable Low-Latency Massive M2M Communications

Key Points

• This study aims to develop an integrated network design to improve ultra-reliable low-latency communication in massive machine-to-machine environments.
• Proposed combined approach using intelligent scheduling, preemptive priority queuing, and network slicing.
• Simulation conducted with a maximum of 1000 devices and 10% URLLC traffic ratio.
• Dynamic resource allocation based on traffic load prediction.
• Achieved over 99.9% delivery of URLLC packets within 1ms in high-load situations.
• Demonstrated satisfaction of ultra-low latency and high reliability requirements in large-scale environments.