Driven by advancing digital ecosystems, the next-generation network vision promises unprecedented levels of intelligence, adaptability, and automation. Key 6G properties such as native artificial intelligence integration, a highly cognitive architecture, ultra-low latency, high-dense connectivity, and self-optimization require automated algorithms and intelligent enabler technologies. Network Digital Twins (NDTs) are a key enabler for mobile networks, due to their capability in replicating physical network operations. In this letter, we discuss how NDTs enable AI-native and self-optimizing networks. Leveraging real network traffic data, our framework achieved up to 98.3% voice/SMS traffic prediction accuracy, self-optimized load reduction, improved energy efficiency, and anomaly detection.
Toward Self-Optimizing 6G Networks Through Network Digital Twin Intelligence: A Real Network Traffic Evaluation / Sengendo, John; Granelli, Fabrizio. - In: IEEE NETWORKING LETTERS. - ISSN 2576-3156. - 8:(2026), pp. 174-178. [10.1109/LNET.2026.3664288]
Toward Self-Optimizing 6G Networks Through Network Digital Twin Intelligence: A Real Network Traffic Evaluation
John Sengendo;Fabrizio Granelli
2026-01-01
Abstract
Driven by advancing digital ecosystems, the next-generation network vision promises unprecedented levels of intelligence, adaptability, and automation. Key 6G properties such as native artificial intelligence integration, a highly cognitive architecture, ultra-low latency, high-dense connectivity, and self-optimization require automated algorithms and intelligent enabler technologies. Network Digital Twins (NDTs) are a key enabler for mobile networks, due to their capability in replicating physical network operations. In this letter, we discuss how NDTs enable AI-native and self-optimizing networks. Leveraging real network traffic data, our framework achieved up to 98.3% voice/SMS traffic prediction accuracy, self-optimized load reduction, improved energy efficiency, and anomaly detection.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione



