By improving multiple system objectives, MOHS enables efficient radio resource allocation that optimizes the network efficiency for ultra-dense 5G networks and ...

Sep 29, 2020 · The results show that the proposed scheduler provides higher spectral efficiency, energy efficiency and area network capacity than RR and PF, as.

By improving multiple system objectives, MOHS enables efficient radio resource allocation that optimizes the network efficiency for ultra-dense 5G networks and ...

... Multi-objective Hybrid Scheduler enabling Efficient Resource Management for 5G UDN}, year={2020}, month={September}, volume={}, pages={1-6} } Create and ...

在本文中，我们提出了一种多目标混合调度程序(MOHS)，它是RR和Best CQI调度程序的混合，通过在RR和Best CQI调度程序之间切换来适应调度策略，以优化系统性能。结果表明，该 ...

Multi-objective Hybrid Scheduler enabling Efficient Resource Management for 5G UDN. S. Busari, F. Saghezchi, S. Mumtaz, und J. Rodriguez. CAMAD, Seite 1-6 ...

Multi-objective Hybrid Scheduler enabling Efficient Resource Management for 5G UDN ... aims to efficiently allocate frequency domain resources to users ...

The idea of MUC clustering is to decompose the UDN into several sub-networks by exploiting the inherent group structure of user equipment (UE). In particula...

Multi-objective Hybrid Scheduler enabling Efficient Resource Management for 5G UDN · Computer Science, Engineering. IEEE International Workshop on Computer Aided ...

Jan 15, 2024 · We develop a framework to optimize the BS sleeping and resource management with the aim of maximizing energy efficiency and maintaining the quality of service ...