NS2 Projects

NS2 Projects deal with any network project for simulation. NS2 stands for Network Simulator 2. It is simply an open-source and discrete event simulator. What is it mean? It takes info of any events over any network, and the detecting info varies from time to time. That’s why that all called it as a discrete event simulator. Due to the discrete estimation of events performance, it is growing in a day to day. In truth, NS2 projects implemented using C++ and OTcl. Both are key languages to write a code for simulation. At first, the Ns-allinone package is considering, which has enough components for simulation.

WHY IS NS2 STILL EMERGING?

• Support for all network protocols as well as routing type. 
• Design topology for any large networks.  
• Further to use on both wired and wireless networks.
• To support parallel as well as distributed environs. 
• Becomes good at protocol design and also traffic analysis. 

   From the above points, we discuss it in detail. NS2 package supports many network protocols like TCP, DHCP, and UDP. Besides, several types of network traffic are supported in NS2. That is a constant bit rate (CBR), variable bit rate (VBR), and so on. Further, it can operate by three OS like Linux, FreeBSD, and Solaris. Some of the examples for wireless networks simulate by NS2 as follows.

• CRN, Cognitive Ad Hoc Network
• RAN, Fog-RAN, and also Cloud RAN
• 4G, LTE, LiFi, 5G, and 5G Beyond Networks 
• IoT, D2D, and also 
• M2M Communication 
• RPL 
• RPL IoT 
• WSN, Intelligent Agent WSN, Multimedia WSN
• WBAN, WBAN-IoT, WBAN-Cloud, and so on 
• SDN-WSN, SDN/NFV, SDN NDN SDN 5G, and so on 
• Ad Hoc (MANET, VANET, and also FANET)
• And also so on 

FOUR MAIN STEPS TO SIMULATE A NETWORK by NS2

• Network Initialization 
  • Consider any real-time or non-real-time scenario 
  • Let assume network assumptions (e.g. topology star / bus / tree …)
• Network Configuration
  • Configure network entities (no of nodes, traffic type, area size)
  • Set simulation parameters values for each entity (e.g., node and link)
• Execution and Simulation Running 
  • Create events (e.g., routing) and also perform simulation for events 
  • Maintains simulation clock and events logs
• Performance Analysis and Visualization
  • Specify the network performance metrics to get outputs
  • Measure the performance in accordance with evaluation metrics
  • Results from the simulation added to visualize by means of NAM

NS2 PROJECTS SIMULATION METRICS 

   As we all know already that the criterion must evaluate before visualizing the simulation. In this case, two kinds of metrics analysed and listed in the first place. For each project, we support to evaluate with greater than six metrics. You can have a glance over this page for such metrics as follows.  

Common Metrics 

• Throughput, along with Goodput 
• Queue Length and also Buffer Utilization
• Bandwidth and Power Consumption
• Packets Loss and also Transmission Ratio 
• End to End Delay and Jitter 
• And also many more 

Derived Metrics 

• TCP Friendliness
• Packet Retransmission Ratio
• Mean Queue Size
• Inter and Intra Protocol Fairness
• Efficiency and Loss Ratio 
• And also many more 

   In simple, NS2 has released a wide range of features. We make use of such features surely to show the great results for your project. For case in point, we use of animation tools such as Zib-1.2.3, NAM-1.15, and Xgraph-12 as we hope that you receive more info about the NS2 projects. Let’s check out what are the concepts involved in the network for ideas to formulate Phd projects in wireless network. In the following concept, we must use the best methods after the in-depth survey.

• Network Management
  • Network partitioning, Topology construction
• Data aggregation
  • Cluster formation, Cluster head selection, Fault removed aggregation, and so on
• Routing
  • Energy-aware routing, Multipath routing, Delay minimized routing
• MAC scheduling
  • Duty cycling, Data scheduling, Queue management 
• Security
  • Access control, Data security, User privacy 

   To sum up all of our points, we deliver you the original code, as mentioned in the plan. In a plan, you can see the clear needs of your work. Through online project demo in a video, you can answer any kinds of questions without a doubt.

Related Pages