the proliferation of large data made possible by ubiquitous internet use has led to an uptick in cyberattacks, despite the proliferation of AI-based security keys like intrusion detection systems (IDS). Improved data ...
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the challenging demands for the next generation of the internet of things have led to a massive increase in edge computing and network virtualization technologies. One significant technology is Multi-access Edge Compu...
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ISBN:
(纸本)9798350322880
the challenging demands for the next generation of the internet of things have led to a massive increase in edge computing and network virtualization technologies. One significant technology is Multi-access Edge computing (MEC), a central piece of 5G telecommunication systems. MEC provides a cloud computing platform at the edge of the radio access network and is particularly essential to satisfy the challenging low-latency demands of future applications. Our previous publications argue that edge computing should be transparent to clients. We introduced an efficient solution to implement such a transparent approach, leveraging Software-Defined Networking (SDN) and virtual IP+port addresses for registered edge services. Building on our already efficient approach, in this work, we propose significant improvements to scale our transparent solution to large-scale real-world access networks. First, by improving the modularity of our SDN controller design, we enable various options to distribute boththe SDN controller's load and the switches' flows. Second, we introduce the Unique Mask, a solution superior to the Unique Prefix presented in our previous work that considerably reduces the number of required flows in the switches. Our evaluations show that both algorithms perform very well, withthe Unique Mask capable of reducing the number of flows by up to 98 %.
Smart sensing environments supported by an internet of things (IoT) infrastructure are enabling a wide array of possibilities for data-intensive remote monitoring applications. Although nowadays it is possible to acce...
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the importance of network services especially telemedicine services has increased dramatically after the global spread of the Covid-19 virus. Telemedicine services may include live audio and video chats, uploading of ...
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the increasing demand for real-time data analysis in internet of things (IoT) ecosystems has created several challenges, particularly in environments where resources are limited, and minimizing data processing latency...
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the demands of the rapidly expanding internet. However, since most end users have confined storage space and limiting computing power, it lately evolved into a natural issue how to execute computationally complex apps...
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the internet of things (IoT) is an innovative communication framework due to its wide variety of applications. Existing systems, such as home networks made up of various IoT devices, still struggle to resist Distribut...
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this paper discusses comprehensively the advanced technologies used in the implementation of smart services, which are key elements of a smart city. Smart cities are becoming eco-friendly, livable, and sustainable to ...
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internet speed and capacity are crucial components of any communication technology in the modern era. Customers should expect excellent speed and a lot of bandwidth. A DDoS (distributed denial of service) assault, whi...
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computing stands at a crossroads between speed and scale. the cloud promises vast computing power and storage, yet shuffling data to and from those distant servers takes time - often too much. Edge computing looks to ...
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