| Title | How can emerging applications benefit from EaaS in open programmable infrastructures? |
|---|---|
| ID_Doc | 42793 |
| Authors | Gomes, RL; Martinello, M; Dominicini, CK; Hasse, P; Villaca, R; Vassallo, RE; do Carmo, AP; de Queiroz, FM; Picoreti, R; Garcia, AS; Ribeiro, MRN; Espin, JAG; Hammad, A; Nejabati, R; Simeonidou, D |
| Title | How can emerging applications benefit from EaaS in open programmable infrastructures? |
| Year | 2017 |
| Published | |
| Abstract | Providing experimentation facilities in urban-scale infrastructures such as Smart City testbeds is a priority - and a challenge. Real-time performance, security, resource allocation and network convergence are only few of the issues to be tackled in order to provide proper and flexible Experimentation as a Service (EaaS) facilities in city-scale infrastructures. Software Defined Networking (SDN) and Network Function Virtualisation (NFV) appear as important enablers for providing such large-scale testbeds, while promoting them as completely open programmable infrastructures. In this paper, we take the position of emerging applications or services designers/programmers that have stringent network requirements and want to know how to benefit from EaaS provided by open programmable (city-scale) infrastructures. Our focus is to evaluate the impact of SDN and NFV systems running real-time applications with low end-to-end latency and high bandwidth requirements correlated. |
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