A dual day-night IP transport slicing approach deactivates over 40% of line cards in low-traffic periods via NSGA-II, CTAEA and AGE-MOEA optimization on the india35 topology while keeping latency acceptable and supporting differentiated QoS.
Energy saving technologies and best practices for 5g radio access network.IEEE Access, 10:51747–51756
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Optimizing power by selective IP card shutdown using transport slicing
A dual day-night IP transport slicing approach deactivates over 40% of line cards in low-traffic periods via NSGA-II, CTAEA and AGE-MOEA optimization on the india35 topology while keeping latency acceptable and supporting differentiated QoS.