An IoT edge network G and a multicast slice.
Download scientific diagram | An IoT edge network G and a multicast slice . from publication: Enabling Multicast Slices in Edge Networks | Telecommunication networks are undergoing a disruptive ...
Telecommunication networks are undergoing a disruptive transition toward distributed mobile edge networks with virtualized network functions (VNFs) [e.g., firewalls, intrusion detection systems (IDSs), and transcoders] within the proximity of users. This transition will enable network services, especially Internet-of-Things ( IoT ) applications, to be provisioned as network slices with sequences ...
(PDF) Enabling Multicast Slices in Edge Networks
Fig. 1. An IoT edge network G and a multicast slice . Assume that there are L k VNFs in multicast slice N S k of request r k , where 1 ≤l≤Lk for each N S k . T o implement r k , its multicast ...
Telecommunication networks are undergoing a disruptive transition toward distributed mobile edge networks with virtualized network functions (VNFs) [e.g., firewalls, intrusion detection systems (IDSs), and transcoders] within the proximity of users. This transition will enable network services, especially Internet-of-Things ( IoT ) applications, to be provisioned as network slices with sequences ...
Enabling Multicast Slices in Edge Networks
In this article, we study the problems of delay-aware network slicing for multicasting traffic of IoT applications in edge networks . We first propose exact solutions by formulating the problems into integer linear programs (ILPs).
Telecommunication networks are undergoing a disruptive transition towards distributed mobile edge networks with virtualized network functions (VNFs) (e.g., firewalls, Intrusion Detection Systems (IDSs), and transcoders) within the proximity of users. This transition will enable network services, especially IoT applications, to be provisioned as network slices with sequences of VNFs, in order ...
PDF IEEE INTERNET OF THINGS JOURNAL, VOL. X, NO. X, XX , 2020 1 Enabling ...
Fig. ?? is an example of the edge network for IoT applications, where two multicast slices with delay guarantees are deployed in G . B. Multicast slices , multicast groups, and multicast requests We consider multicast requests that require to transfer their traffic from a source node to a given set of destinations.
This article studies the problems of delay-aware network slicing for multicasting traffic of IoT applications in edge networks and proposes an efficient heuristic that admits as many user requests as possible through exploring the impact of a nontrivial interplay of the total computing resource demand and delay requirements. Telecommunication networks are undergoing a disruptive transition ...
Enabling Multicast Slices in Edge Networks
In this paper we study the problems of delay-aware network slicing for multicasting traffic of IoT applications in edge networks . We first propose exact solutions by formulating the problems into Integer Linear Programs (ILPs).
An IoT edge network G and a multicast slice . the study by Xu et al. [50], we adopt the concept of B. Multicast slices , multicast groups, and multicast a pseudo- multicast tree to refer to such a tree for each requests multicast request rk .