Multi-Access Edge Computing: An Overview and Latency Evaluation

I. Miladinovic, Sigrid Schefer-Wenzl, T. Burger, Heimo Hirner
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引用次数: 1

Abstract

Multi-Access Edge Computing (MEC) is one of the key emerging technologies currently being deployed by mobile network operators. By introducing cloud application capabilities close to end-users, MEC enables a range of new use cases, in particular those with real-time requirements. This is possible because of low network latency of MEC compared with traditional cloud services. In this paper we evaluate the network latency of one service running in a MEC-like environment and compare it with the latency of the same service running in two geographically different cloud locations. Our goal was to quantify MEC latency, as one of the most important benefits of MEC. The results show an essential advantage of MEC over cloud computing, which makes it a promising technology for real-time services and beyond.
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多访问边缘计算:概述和延迟评估
多接入边缘计算(MEC)是目前移动网络运营商部署的关键新兴技术之一。通过引入接近最终用户的云应用功能,MEC实现了一系列新的用例,特别是那些具有实时需求的用例。这是可能的,因为MEC的网络延迟比传统的云服务低。在本文中,我们评估了在类似mec的环境中运行的一个服务的网络延迟,并将其与在两个地理位置不同的云位置运行的相同服务的延迟进行了比较。我们的目标是量化MEC延迟,这是MEC最重要的好处之一。结果显示了MEC相对于云计算的本质优势,这使得它成为一种有前途的实时服务技术。
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