SDN Cluster Constructor: Software Toolkit for Structures Segmentation of Software Defined Networks

Perepelkin, Dmitry; Tsyganov, Ilya

doi:10.1109/redundancy48165.2019.9003334

Cited by 4 publications

(1 citation statement)

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“…Traditional networks are employed to physically combine all data layers and control layers, share their resources, boost traffic, and place additional demands on the memory and the central processing unit across 2 procedures [18]. By isolating such operations and having a dedicated server, detachments of control layers and data planes in Software-Defined Networking could be readily tracked and commanded by the controller and networks to perform the required tasks and enabling the networks to effectively setup with a lower collision burden [19]. Since Software-Defined Networking makes it possible for Information technology administrators to offer more physical infrastructural functions and bandwidths without needing to make a financial commitment, it is regarded as a preferred substitute for traditional networking [20].…”

Section: Background Of the Studymentioning

confidence: 99%

A Comparative Study on Software-Defined Network with Traditional Networks

Evelin Zoraida,

Indumathi

2024

TEM Journal

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The emergence of a technological age, in which nearly everything is linked and accessible from anywhere, is largely due to the Internet. Hence, traditional Networks continue to be difficult and complex to operate despite their widespread deployment. As a consequence, it is challenging to set up the networks in accordance with the established protocols and respond to variations in load and defects by reconfiguring the structure. The data and control layers are packaged together in the contemporary systems, further complicating problems by vertically integrating them. Because of their limited resources and unsecured transmission channel, wireless sensor networks (WSNs) are particularly vulnerable to persistent security attacks. Many hundreds of self-organized and resource-constrained sensor nodes make up the WSN. It is possible to build an ad-hoc network of sensors without a specified architecture or centralised control because these sensor nodes are often organised in a scattered form. The underlying problem is to strengthen the privacy enforcement in these systems because WSNs will have power over real-time applications, where unauthorized conduct might lead to significant harm. In order to address this issue, the software-defined network (SDN) technology was developed. With the creation of SD, network operators now have more legitimacy and influence over the networks. Based on a global perspective and centralised management of the network topology, SDN has increased the rigour of its enhancing security. This study describes the software-defined network, outlining its fundamental ideas, how it differs from conventional networking, and its architectural tenets. Also, it highlighted the key benefits of SDN while emphasizing availability, maliciousness, packet delivery and duplication ratio, and efficiency.

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Section: Background Of the Studymentioning

confidence: 99%