IEEE Conference on Network Softwarization (NetSoft) Proceedings
Access the IEEE NetSoft Conference Proceedings in IEEE Xplore.
IEEE SDN White Paper
Towards 5G Software-Defined Ecosystems
Technical Challenges, Business Sustainability and Policy Issues
Abstract — Techno-economic drivers are creating the conditions for a radical change of paradigm in the design and operation of future telecommunications infrastructures. In fact, SDN, NFV, Cloud and Edge-Fog Computing are converging together into a single systemic transformation termed “Softwarization” that will find concrete exploitations in 5G systems. The IEEE SDN Initiative has elaborated a vision, an evolutionary path and some techno-economic scenarios of this transformation: specifically, the major technical challenges, business sustainability and policy issues have been investigated. This white paper presents: 1) an overview on the main techno-economic drivers steering the “Softwarization” of telecommunications; 2) an introduction to the Open Mobile Edge Cloud vision (covered in a companion white paper); 3) the main technical challenges in terms of operations, security and policy; 4) an analysis of the potential role of open source software; 5) some use case proposals for proof-of-concepts; and 6) a short description of the main socio-economic impacts being produced by “Softwarization”. Along these directions, IEEE SDN is also developing of an open catalogue of software platforms, toolkits, and functionalities aiming at a step-by-step development and aggregation of test-beds/field-trials on SDN-NFV-5G. This will prepare the ground for developing new ICT ecosystems, thereby improving the quality of life and facilitating the development of the new digital economy.
NetWorld 2020 ETP White Paper
5G Experimental Facilities in Europe
A White Document on 5G, co-authored by Antonio Manzalini, Chair of the IEEE SDN Initiative, in the context of the EU 5G experimentation strategy is now publicly available at http://networld2020.eu/sria-and-whitepapers/.
- Download White Paper (PDF, 575 KB)
IEEE SDN4FNS White Paper
IEEE Software Defined Networks for Future Networks and Services (SDN4FNS) was held 11-13 November 2013 in Trento, Italy. Access the SDN4FNS white paper, "Software-Defined Networks for Future Networks and Services - Main Technical Challenges and Business Implications." For details about the event, visit the IEEE SDN4FNS website.
IEEE SDN Blog
Read the latest blog post and join the discussion at the IEEE SDN Blog: 5G Network Softwarization: A Think Tank on Network Softwarization (from SDN, NFV, Cloud-Edge-Fog Computing...to 5G).
The Institute Special Report: Software Defined Networks
SDN technology could transform communications networks and reduce costs.
IEEE Calls for Papers
IEEE Communications Magazine
Heterogeneous Ultra Dense Networks - Submission deadline: 15 May 2017
13th International Conference on Network and Service Management (CNSM 2017)
Call for Papers - Submission deadline: 12 June 2017
Will Communications Theory Finally Make Itself Redundant? A View from the Academic Trenches
IEEE ComSoc Technology News - March 2017
In the March 2017 issue of IEEE ComSoc Technology News, Petar Popovski, Ph.D., IEEE Fellow Professor, Aalborg University, Denmark, provides a view of the future of communications engineering as we head towards connected everything. Popovski identifies three important tracks that have the potential to drive new and exciting research in communication theory.
5G: The Future of Communications Networks
The Institute - March 2017
Learn about what IEEE is doing to advance 5G efforts worldwide and where SDN and NFV fit in. New networks must provide faster speeds while handling more connected devices than ever before. Both SDN and NFV technologies can offer increased efficiency and flexibility when deployed in the 5G ecosystem.
Defending Against New-Flow Attack in SDN-Based Internet of Things
IEEE Access, Volume 5 - February 2017
In this paper, the authors examine the new-flow attack, which can disable the SDN-based IoT by exhausting the switches or the controller. The authors propose a smart security mechanism (SSM) which uses a dynamic access control method that can mitigate the attack by intercepting the attack flows at their access switch.
Access past articles below.