Implementation model architecture software defined network using raspberry Pi: a review paper

• Published in: Telkomnika 2019-06, Vol.17 (3), p.1136-1141
• Main Authors: Marzuqi, Oki, Virgono, Agus, Negara, Ridha Muldina
• Format: Article
• Language: English
• Subjects: Communication; Computer networks; Computer simulation; Computers; Construction costs; Design; Electronic devices; Infrastructure; Internet; Network topologies; Protocol; Protocol (computers); Quality of service; Quality of service architectures; R&D; Research & development; Software; Software-defined networking; Switching theory; Virtual networks
• ISSN: 1693-6930; 2302-9293
• DOI: 10.12928/telkomnika.v17i3.8859

Abstract Software defined network (SDN) made with basic concepts that are different from traditional networks in controlling the network, the separation between the control layer and forwarding layer on different devices allows the administrator to adjust the control plan for all devices centralized in one action, while in traditional network, the control and forwarding layers are located in the infrastructure making network administrator must manage devices one by one. Arguments related to the needs of Software Defined Network, one of which is cost as a driving factor for switching from traditional networks [3-5] does not rule out internet of thing devices can reduce costs for building network SDNs and network topology controls so complex and can reduce the costs needed to build a network, Raspberry Pi is included in the category of single board computers with the ability to run desktop applications that have specifications that are able to implement the Network Design Software Architecture that is modeled, which later functions as a controller is a server capable of managing network topology. [...]the results of its application to resource use and quality of service (QoS) were also measured. 2.General Architecture Software-defined networking (SDN) is an emerging networking paradigm that gives hope to change the limitations of current network infrastructures [6]. Various SDN architectures can be implemented by using OpenFLow standar with statisfied result with complies to many standar as ITU-G.1010, has been implemented using Mininet RouteFLow, OpenDayLight, with OSPF and Smart OSPF to meassure the effect of routing protocols on system perfomance with various QoS methods. 5.Comparison Successful virtualization of networks on the implementation of OpenFlow network SDN, provide flexibility for all vendors who used to handle complex network on conventional networks, the development of quite a lot of features provided on its users.