SDN Simulator

What is SDN simulator?

The software defined networking is abbreviated as SDN and this approach is utilized in the open protocols including the OpenFlow to apply the globally aware software control in the edge of networks towards the switches in the accessing networks. The SDN simulator is utilized as the control packet to forward all the three layer devices in the network through the functions of modules based on SDN in the networks including LTE, VANETs, MANETs, WSN, IoT and internetworks. The three types of layers are listed below,

  • Forwarding layer
  • Control layer
  • Application layer

Simulation Features and Benefits of SDN Simulator

Our research professionals in SDN simulator are well versed with the enough knowledge required to develop a project and they are being updated with the contemporary developments. With that knowledge, we have enlisted the list of characteristics and advantages based on SDN simulator.

  • Compatible with real world controllers
  • It is based in the linux SDN controller program and that is functional directly with the simulated SDN networks to regulate the simulated OpenFlow enabled switches. In general the controllers are not related to the linux based software and the emulation mode based on EstiNet is supportive for the interconnection among the controller and emulated SDN network. It is assistive for the applications based on SDN controller are used to reduce the flaws and errors
  • Support OpenFlow enabled switches and OpenFlow enables AP with switch
  • Multiple simulated OpenFlow enabled switches are connected with the SDN network in the simulation environment. Through the development of SDN controller applications, the resources based on switches, scalability and functionality are evaluated in the environment. The OpenFlow enabled access point and switch devices are used to simulate the architecture of SDN WiFi network. The simulation platform is apt for the SDN researches as the centralized and dynamic network traffic engineering process with the network control access

Required Functions in SDN Network

Our research team is well knowledgeable in all the research requirements in SDN simulator and we provide support for the research ideas what the researcher have selected for implementation. Here, we have listed the significant functions based on software defined network simulator.

  • WiFi infrastructure mode features (only for OpenFlow enabled AP and switch)
  • Channel models
  • WiFi AP and STA communication
  • IEEE 802.11a/g/n protocol with EDCA
  • OpenFlow operations
  • OpenFlow v1.3 table
  • Meter table
  • 2 band types
  • Dscp remark
  • Drop remark
  • Per meter Counters
  • Per band Counters
  • Flow Table
  • Multiple flow tables
  • All match fields but OFPXMT_OFB_PBB_ISID
  • All instructions
  • Actions
  • Per table counters
  • Per flow counters
  • Group table
  • 4 group types
  • Fast failover
  • Indirect
  • Select
  • All
  • Per group counters
  • Per bucket counters
  • OpenFlow v1.3 message
  • Asynchronous messages
  • Symmetric messages
  • Controller to switch messages
  • Multiple controllers operation
  • Simulated OpenFlow enabled AP and switch devices

Substantial Applications in SDN Simulator

The researchers have to select the subject based applications which are apt for their research area and that have to be functioning in real time. For your reference, the applications used in the SDN simulator are highlighted below.

  • Resource dimensioning and optimization
  • The optimization, dimension and design of communication networks are considered as the significant phase of the development of structural design in telecommunications and information. Issues in networking are changed through the process of telecommunication area with 4G and 5G mobile communications and networks
  • 6G based SDN
  • The structural design of 5G and 6G mobile networks are used to initiate the SDN technologies and some of the applications are issues are included with the mobility management approaches in mobile networks. The software defined networks (SDN) in 5G and 6G includes the processes such as
  • Open issues
  • Challenges
  • Interference management
  • Mobility management
  • Resource management
  • System architecture

SDN Simulator Tools

Below, we have highlighted the essential simulation tools for the implementation of research projects in software defined networking simulator.

  • OMNeT++ 4.6
  • CloudSimSDN

OMNeT++ 4.6

OMNeT++ is used in the projects based on software defined networking process to optimize the network resources to adapt the various applications. The traffic control is considered as the notable process of amount traffic arrival to solve the network types. It is mainly functioning in both the industries and academic field. The flexibility of SDN is used to integrate the following fields.

  • Fog computing
  • WiFi networks
  • Wireless sensor networks
  • Healthcare social networks
  • Wireless mesh networks (WMN)
  • Centralized radio access network (C-RAN)
  • SDN / NFV based heterogeneous network
  • Optical wireless SDN
  • SDN enabled data center
  • 5G networks
  • 4G networks
  • Ad hoc networks
  • Cognitive radio
  • Intrusion detection system
  • Hadoop
  • Internet of things
  • Cloud computing

The OpenFlow of OMNeT++ is considered as the most significant approach to implement the ideas based on SDN concepts and it provides high flexibility with the routing network flows.

  • Message types in OpenFlow
  • Modify state and packet out messages
  • Asynchronous messages
  • Establishment of OpenFlow channel
  • Basic principle of OpenFlow
  • Separate the layers in control and data plane
  • Open standard
  • Commercial switches are added
  • OpenFlow versions with their features
  • Per flow meters
  • OpenFlow version 1.3
  • Extensible match support
  • OpenFlow version 1.2
  • Multiple flow tables
  • Group actions
  • OpenFlow version 1.1


It is used to simulate the utilization of hosts and networks with the response time of request based on SDN enabled cloud data centers. It is assistive for the calculation of power consumption through the hosts and switches. While, the network aware virtual machine placement policies are evaluated through the utilization of CloudSimSDN. The energy saving process in SDN enabled cloud data centers are functioning through virtual machine consolidated process. The elements of CloudSimSDN are enlisted in the following.

  • Cloud resources
  • Link
  • Switch
  • Host
  • Data center
  • Resource allocation
  • Channel allocation
  • Bandwidth allocation
  • Storage allocation
  • Memory allocation
  • CPU allocation
  • Resource provisioning
  • Network provisioning
  • Virtual machine provisioning
  • Virtual machine services
  • Network management
  • Virtual machine management
  • Transmission execution
  • Processing execution
  • Virtual topology
  • Virtual channel
  • Virtual machine
  • Workload
  • Transmission
  • Processing
  • Request

In addition, the novel characteristics of software defined network simulation based CloudSimSDN are enlisted in the following.

  • Performance evaluation of the system with use case
  • It is supportive for the following process
  • SFC auto scaling algorithms
  • Virtual network function placement
  • Virtual machine allocation
  • Network link selection
  • NFV simulation framework in cloud and edge computing
  • NFV resource provisioning for the edge computing environment

Additionally, our research professionals have enlisted the significant process of programming dependencies in the CloudSimSDN. The cloudsim with CloudSimSDN are integrated using two significant methods and they are highlighted below.

  • Importing the cloudsim jar
  • Including the cloudsim source code

Thesis Topics in SDN Simulator

We have listed down the most novel research topics and the implementation process in the software defined networking simulator for the research scholars to get a quick grasp over the research titles in the following.

  • CPPHA: Capability based privacy protection handover authentication mechanism for SDN based 5G HetNets
  • Collaborative intrusion detection for VANETs: A deep learning based distributed SDN approach
  • Real time QoT estimation through SDN control plane monitoring evaluated in Mininet optical
  • DDoS attack early detection and mitigation system on SDN using random forest algorithm and Ryu framework
  • Multi path routing in green multi stage upgrade for bundled links SDN and OSPF-ECMP networks

As a matter of fact, the research scholars can generate the thoughts on any of the above topics and precede your research with our experts. Importantly, your ideas are most welcome and our research team aids you in the implementation of the idea. We provide 100% plagiarism free research proposal, paper, thesis writing and etc. So, join hands with our experts to shine better.

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