SOFTWARE DEFINED NETWORKING PROJECTS

SOFTWARE DEFINED NETWORKING PROJECTS

      Software Defined Networking Projects offers an innovative platform for students to nurture their creative ideas under the guidance of renowned experts and technocrats to enlighten their career prospective. Software defined networking is an approach, used to design, manage and build networks, which separates networks control and forwarding planes to enable network control to become directly programmable. SDN offers efficient configuration, higher flexibility and better performance to accommodate innovative network design. It is one of the most recent areas of research for scholars, who feel to work with a challenging and interesting research issue. We have developed nearly 1000+ Software defined networking projects for students from all over the world with a focus on innovation in mind. Our projects reflect our ingenious and creative ideas mined with the help of top experts and renowned researchers for student’s career upliftment and academic excellence. We have 100+ skilled experts working with us with an only focus on current trends and updation of recent technological advancement to offer best projects for student’s academic brilliance. Approach us to get the finest projects for your career betterment, which will raise your professional profile along with your academic grades.

KNOW ABOUT SDN [SOFTWARE DEFINED NETWORKING]

SDN:

  • An innovative approach which allows network administrators to manage network services via abstraction of lower level functionalities.
  • It has emerged to overcome the traditional networking problems to support the storage needs, scalable and dynamic computing of modern computing environments like Data centres.
  • SDN disassociate the system which make the decision about where the traffic is sent[i.e. Control panel] from the underlying system which forwards the traffic to the selected destination[i.e. the data plane]

KEY FEATURES:

  • Agile and Centrally managed[using software based SDN controllers]
  • Directly programmable
  • Configure, manage, optimize network resources using dynamic and automated SDN programs
  • Open standard based and vendor neutral solution
  • Offers big switch network with automatic network device configuration
  • Dynamic global control with cross layer information
  • Decouples control plane from data plane and provides programmability for network applications and development

PROTOCOLS/ALGORITHMS USED IN SDN PROJECTS

  • Extensible messaging and presence protocol
  • Border Gateway protocol
  • NETCONF[based on RPC, used to resolve problem with Simple network management protocol and command line interface protocols]
  • MPLS Transport profile[MPLS-TP]
  • Open VSwitch database management protocol
  • Emulation of shortest path algorithm
  • Rule caching algorithm
  • Multi constrained algorithm
  • Dynamic algorithm for loop detection
  • Genetic based load balancing algorithm
  • Dynamic time out algorithm
  • Extending Dijkstra’s shortest path algorithm
  • Dynamic algorithm for loop detection
  • Heuristic algorithm for energy optimization and consumption
  • Scalable Routing and wavelength assignment algorithms
  • Malware detection algorithm

SIMULATORS FOR SDN

  • OpenNet[simulator for software defined wireless local area network]
  • CLoudSimSDN[Simulation and modeling of software defined cloud data centres]
  • NS3 [Network simulator-3]
  • Open daylight Controller
  • Mininet-WiFi[Mininet SDN Network emulator]
  • EstiNet 9.0 [OpenFlow Network Simulator and Emulator]
  • Mininet with Open source controller/Pox
  • Fast, accurate Simulation for SDN prototyping[FS SDN]

OPENFLOW PROTOCOL IN SDN

  • It is a foundation element for building SDN Solution
  • It is actually a communication protocol, which gives access to forwarding plane of a network router or switch over the network
  • It is used between the switch and controller on a secure channel
  • Openflow Highlights

-Programmability[Enable innovation, accelerate new features and services]

-Abstraction[Decoupling of software and hardware, Physical and logical configuration, control plane and forwarding]

-Centralized Intelligence[Optimize performance, simplify provisioning, granular policy management]

SDN CONTROLLERS/SWITCH SOFTWARE’S AND TOOLS:

SDN Controllers:

  • OpenDaylight[Open source SDN platform]
  • OpenContrail[Open source network virtualization platform]
  • ONOS[Open Network Operating system]
  • POX[Python based SDN Controller]
  • MUL[C based Openflow SDN Controller]
  • IRIS[Resursive SDN Openflow Controller(in java)]
  • Jaxon[NOX dependent java based Open flow controller]
  • NOX[C++/Python based controller]
  • Beacon[Java based controller which supports both event based and threaded operation]
  • Floodlight[Java based Openflow controller]
  • Maestro[Java based Openflow operating system for orchestrating network control applications]
  • Trema [Full stack framework for developing OpenFlow Controller(C/Ruby)]
  • Ryu [Open sourced network operating system(in python)]
  • NodeFlow [Openflow controller written in Javascript]
  • NDDI-OESS[used to configure and control OpenFlow enabled switches]
  • OVS-Controller[Trivial reference controller packaged with Open vSwitch(in C)]
  • Cherry[Open flow controller written in Go]
  • OpenFlow Sec FortNOX [Extension to open source NOX Openflow controller ]
  • OpenFlow Sec FRESCO[Framework for rapidly prototyping security detection and mitigation modules]

SDN Switches:

  • Open vSwitch[Open flow stack used as vswitch in virtualized environments and ported to multiple hardware platforms(C/Python)]
  • Indigo[C based hardware switching Openflow implementation]
  • Pica8[C based open switch software platform for hardware switching chips]
  • OpenFlowJ [Openflow stack written in Java]
  • Pantou [Open flow port to OpenWRT Wireless environment(in C)]
  • Oflib-node[Openflow protocol library for Node(in Javascript)]
  • OpenFaucet[Used to implement both controllers and switches in python]
  • Nettle[Open flow library written in Haskell]

RESEARCH AREAS IN SDN:

  • Software defined Mobile Network
  • Network function virtualization and SDN
  • Control plane bottleneck issues
  • Synchronization and communication between Multi controller
  • Reducing latency between controllers and switches
  • Software defined networking for Cloud computing
  • 5G software defined Ecosystems
  • SD-WAN[Wide Area Network]
  • Denial of service detection and mitigation techniques
  • Security issues in SDN controllers
  • Software defined protection
  • Software defined satellite networks
  • Software defined management of Edge as a service networks etc

       Hope you would have got an idea about Software defined networking projects. We have provided an overview about SDN along with few recent research areas for students to get a better insight about SDN projects. For further project guidance, to mine the best topics for your project accomplishment, approach our experts available for you at 24/7 through our online service.

 

 

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