Mininet Simulator

Introduction of Mininet Simulator

Mininet is considered as the network simulator and it is deployed to design the network based on links, controllers, switches, virtual hosts and etc. The hosts based on Mininet are functioning with the standard linux network software and the switches based on Mininet are supportive in the OpenFlow for the highly flexible custom software defined networking and routing.

Purpose of Mininet Simulator

Our research professionals in Mininet simulator have years of experience so the research scholars can make use of it. The process of Mininet is supportive for the platforms such as debugging, testing, prototyping, learning, development, research and etc. The following is about the list of process based on Mininet simulator.

  • Various contemporary developers are functioning independently in the parallel topology
  • Speedy prototyping software defined networks
  • Testing the complex topology without requiring the wire up physical network

Topical Modules in Mininet Simulator

The following is about the list of modules that are used in the research processes of Mininet simulator.

  • Util
  • Util model is based on Mininet and it is deployed to perform the dependency package performance
  • Ryu controller
  • It is an software defined network and open controller used to enhance the network agility through making the easy process to regulate and adapt the traffic

Dynamic Classes in Mininet Simulator

For your ease, our research professionals have enlisted the prominent classes based on Mininet simulator.

  • Node
  • The virtual network node in this class is considered as the shell in network namespace and that is capable to communicate the utilization of pipes
  • TCIntf
  • It is interface customized class over the traffic control utility is permitting the specifications and limits in bandwidth, loss, max queen length and delay

Integrated Tools in Mininet Simulator

The implementation of research projects includes various requirements that might be based on the hardware and software functions. The process of Mininet offers the extensible Python API in the implementation and creation of network. The permissive BSD open source license is realized with the active enhancement and support over the community of networking and SDN networks.

Programming Languages in Mininet Simulator

Research scholars have to know about the hardware and software elements that are essential to implement the research projects. Here, we have listed down the essential programming languages for the implementation of Mininet simulator.

  • Python
  • C

OS Support in Mininet Simulator

The required operating system supports for implementation of Mininet simulator are highlighted in the following

  • Ubuntu – 16.04
  • Ubuntu – 14.04

Tools Version in Mininet Simulator

For your ease, our research professional have highlighted the versions that are recommended to implement the research in Mininet simulator.

  • Mininet – 2.3.0d6
  • Mininet – 2.1.0
  • Mininet – 2.2.0

Required Protocols in Mininet Simulator

In the following, we have stated the notable protocol that is used to develop and implement the research in Mininet simulator.

  • BGP – LS
  • BGP link state is abbreviated as BGP and it is a mechanism with the external process of components using the BGP routing process. Some of the centralized controllers are finishing the services with the transformation of data using the BGP – LS and it provides the results for path computation client using this protocol
  • OpenFlow
  • It permits the controllers based on SDN to communicate with the forwarding plane devices in the network. It is one of the first standards in software defined networking
  • ForCES
  • Forwarding and control element separation is considered as the IEFT working process which includes the model, transport and protocol. The network processing forum is functioning with the motivation of forces. It is lecturing the open API protocol with the provision of appropriate separation among the forwarding plane and control plane. The main advantages of ForCES includes the model to describe the novel datapath functions along with some alterations in datapath and control

Latest Subjects in Mininet Simulator

Below, our experienced research professionals have stated the substantial subject areas in the field of Mininet simulator.

  • Communication
  • In general, SDN is capable to allow the communication system for the processes such as
  • Smart meters
  • Remote control of sensors
  • Denial of service attacks
  • Reduction of malicious traffic
  • Isolation of selected devices through protection and detection approach
  • Intrusion detection
  • Computer networks
  • Software defined networking is considered as the structural design of network and the approach is permitting the network which is intelligently programmed, controlled with the utilization of software applications. It is assistive for the operators to regulate the complete network with holistic and consistency through the network technology

Essential Parameters in Mininet Simulator

Let us discuss about the required parameters that are used to analyze the experimental results of Mininet simulator based research projects.

  • Link utilization
  • It is denoted as the simple average traffic through the specific process with various link expressed. The efficiency of total link capacity is lesser than the defined ratio of various time conditions to transmit the data
  • Queue size
  • The queue length is measured through the time interval with all the spans and idle cycles

Subject Based Modules in Mininet Simulator

Following is about the subject based modules based on Mininet simulator are the OpenFlow and software defined networks.

Major Syntax in Mininet Simulator

Here, we have explained the composition of network configuration based on the Mininet simulator for the research scholars.


“application”: {

“dpctl”: “”,

“ipBase”: “”,

“netflow”: {

“nflowAddId”: “0”,

“nflowTarget”: “”,

“nflowTimeout”: “600”


“openFlowVersions”: {

“ovsOf10”: “1”,

“ovsOf11”: “0”,

“ovsOf12”: “0”,

“ovsOf13”: “0”


“sflow”: {

“sflowHeader”: “128”,

“sflowPolling”: “30”,

“sflowSampling”: “400”,

“sflowTarget”: “”


“startCLI”: “1”,

“switchType”: “ovs”,

“terminalType”: “xterm”


“controllers”: [


“opts”: {

“controllerProtocol”: “tcp”,

“controllerType”: “ryu”,

“hostname”: “ryu1”,

“remoteIP”: “”,

“remotePort”: 6633


“x”: “566.0”,

“y”: “111.0”



“hosts”: [


“number”: “17”,

“opts”: {

“hostname”: “h6”,

“nodeNum”: 17,

“sched”: “host”


“x”: “175.0”,

“y”: “385.0”



“number”: “20”,

“opts”: {

“hostname”: “h20”,

“nodeNum”: 20,

“sched”: “host”


“x”: “613.0”,

“y”: “596.0”



“number”: “10”,

“opts”: {

“hostname”: “h10”,

“nodeNum”: 10,

“sched”: “host”


“x”: “419.0”,

“y”: “599.0”




Significant Applications in Mininet Simulator

In the following, our technical experts have enlisted the substantial research assistance based on the applications that are used in the implementation of the simulator process in Mininet.

  • Network intelligence and monitoring
  • The network intelligence and monitoring technologies are integrated with optimization, alerting, hypervisor integration, port configuration and traffic flow. The types of agile systems are assistive to monitor the network traffic among the data center and cloud environment
  • Security services
  • SDN is denoted as the qualification of novel networking applications and flexible deployment through abstracting and decoupling the data planes and control planes. The modern virtualization environment is considered as supportive process of particular virtual service running with the network layer with incorporating functions of NFV towards the SDN platform

Vital Algorithms in Mininet Simulator

Our research professional have listed out the notable algorithms that are used to highlight the functions of Mininet simulator.

  • SNR-VNE algorithm
  • It is based on the virtual network embedding system and it includes two stages in virtual machine embedding algorithm. It is performing the link embedding process with the functions of shortest path algorithm with the virtual links
  • First come first serve pushout (FCFS-PO)
  • It is deployed to serve the packets for the arrival of older functions and then the older one is pushed out during the buffering process
  • Global matching embedding algorithm
  • It is functioning to embed the virtual nodes while it is facing difficulties with no connection in software defined networking process

Trending Areas in Mininet Simulator

Below our technical experts have enlisted the research areas, the research scholars can refer the contemporary research area in this field Mininet simulator.

  • Network routing and communication
  • The main objective of software defined networking is eliminating the routing control away from one network element and adding the centralized control layers
  • QoS and resource management
  • It is based on the resource management technique in the SDN based intercloud environments. The quality of service policy control framework is provided through the modeling QoS aware resource management for the adaptive control problem with the utilization of some standards in coalition games as the process of control mechanism

Key Process in Mininet Simulator

For your ease, we have enlisted the process that is functional in the simulation based on experimental topology deployed in Mininet to represent a client accessing a local datacenter (left) and a remote datacenter (right) in the Mininet.

  • Primary server farm
  • Secondary server farm
  • Datacenter operated controllers
  • Edge controllers

Required Routing Protocols in Mininet Simulator

The following is about the notable routing processes that are used in the implementation of research in Mininet simulator.

  • Routing information protocol
  • It is one of the dynamic routing protocol with the hop counts as the metrics of routing to recognize the path among the sender and receiver network
  • Interior gateway protocol
  • It is deployed to exchange the routing data among the gateways within the autonomous system and it is deployed in the route network layer protocols

Innovative Project Titles in Mininet Simulator

For your quick grasp over our research professionals in the network simulation process have listed out the sample research project along with its functions and the implementation screenshots in the following for your reference.

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