We address this issue by introducing μslices, where each μslice is tied to a specific pair of ingress and egress nodes of a slice.
• We present a novel approach for composing 5G network slices by co-locating VNFs in µslices. The key differences of our approach from existing approaches ...
We address this issue by introducing μslices, where each μslice is tied to a specific pair of ingress and egress nodes of a slice.
• We present a novel approach for composing 5G network slices by co-locating VNFs in µslices. The key differences of our approach from existing approaches ...
Enable μslicing, where each μslice is tied to a specific pair of ingress and egress nodes of a slice, to optimize the bandwidth consumed by each μ slice by ...
Composing 5G Network Slices by Co-locating VNFs in μslices
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Request PDF | On May 1, 2019, Matteo Pozza and others published Composing 5G Network Slices by Co-locating VNFs in μslices | Find, read and cite all the ...
Composing 5G Network Slices by Co-locating VNFs in μslices ; Publisher, IEEE ; Publication date, 2019 ; Pages, 1-9 ; ISBN (Print), 978-1-7281-3671-4 ; ISBN ( ...
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Matteo Pozza , Akanksha Patel, Ashwin Rao , Hannu Flinck, Sasu Tarkoma : Composing 5G Network Slices by Co-locating VNFs in μslices. Networking 2019: 1-9 ...
The main motivation for sharing the 5G core VNFs among different network slices ... Composing 5G Network Slices by Co-locating VNFs in μslices. Conference Paper.
Composing 5G Network Slices by Co-locating VNFs in μslicesMatteo Pozza, Akanksha Patel, Ashwin Rao, Hannu Flinck, Sasu Tarkoma. networking 2019: 1-9 [doi] ...
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