Hysteretic Mechanism for 5G Hybrid Evolved Packet Core Resource Management

P. Abaev, A. Tsarev
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引用次数: 2

Abstract

Network Function Virtualization (NFV) provides mobile telecom operators with the capability to legacy mobile core functions in virtualize network entities VNFs. This allows to offer fine-grade on-demand network services due to dynamically change of the amount of resources which handle the user traffic. - scale in/out process. Virtualization helps to decrease the OPEX of operators, but it is important to find a tradeoff between legacy and virtualised entities to be able to provide services and meet the QoS. We consider the hybrid 5G EPC core which contains both legacy and virtualized entities. The virtualized resource allocation process follows the hysteretic algorithm. The EPC Core is modelled as a queuing model with dynamically changed number of servers.
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5G混合演进分组核心资源管理的滞后机制
网络功能虚拟化(NFV)为移动电信运营商提供了通过虚拟化网络实体vnf来实现传统移动核心功能的能力。由于处理用户流量的资源量动态变化,这允许提供优质的按需网络服务。-扩展输入/输出进程。虚拟化有助于降低运营商的运营成本,但重要的是要在遗留实体和虚拟化实体之间找到一个权衡,以便能够提供服务并满足QoS。我们考虑混合5G EPC核心,其中包含传统实体和虚拟化实体。虚拟资源分配过程采用滞后算法。EPC核心被建模为具有动态更改服务器数量的排队模型。
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