Named Data Networking (NDN) is defined as revolutionary network architecture to solve existing IP address problems in a traditional network. NDN works on the principle of receiver-based communication which interchanges data and interest packets. These two packets hold a hierarchical-naming structure with the IP address.
From this article, you can gain knowledge on simulation environment configuration and designing techniques for best results in statistical analysis using an appropriately named data networking simulator!!!
Now, we can see the context information of NDN. The components attached to the NDN network are addressed as NDN nodes. And, every node holds information of content store (CS), pending interest table (PIT), and forwarding information base (FIB) for representing data structure. In this, the CS table saves the temporary packet information to enhance interest satisfaction delay (ISD). On the whole, these three entities play a major role in content distribution and retrieval in the NDN model.
In the above list, we have given the basic operation of PIT, FIB, and CS components in the NDN model. Due to the NDN’s new architecture, it is hard to design infrastructure. So, one should be more aware of designing NDN architecture. So, here you can see in what way the NDN’s new architecture is designed and what are factors are used to enhancing the NDN performance.
We hope that now you get a clear picture of NDN architecture. From the above-illustrated points. Now we can see few essential requirements for simulating NDN models. In other words, analyze the basic needs of the practical execution of your handpicked research topic in the NDN field. Here, we have covered only a few aspects in the below list and further, you have other specific requirements based on your project. Once you make contact with us, we help to recognize the other important aspects that you need concern for your project using Named Data Networking Simulator.
The next step of simulation requirement collection is simulator tool selection. Make sure that your handpicked tool meets all the requirements of your project development. For that, first, focus on the requirements of NDN architecture design. Then, focus on your specific functional requirements to implement your research techniques/algorithms in Named Data Networking Simulator. Next, analyze whether the following key requirements are fulfilled. Once, all the requirements are satisfied then choose your best-fitting simulation tool.
We usually choose a simulator that offers different helper classes and reference applications for assessing NDN protocol and methods in various scenarios /aspects. And, we also consider other supporting modules of tools that can handle modern techniques. Further, we also consider the following points in designing NDN infrastructure for simulation.
Next, we can see the supporting simulators for designing and developing named data network projects. To select appropriate code development tools, we analyze and compare thoroughly supporting libraries, modules, packages, toolboxes, etc. Through this review, we will identify an apt tool for your research. The apt tool is identified by the characteristics and capabilities analysis of different tools.
From the above list, we have selected NDNSim and NDNOMNeT tools for illustration purposes. Firstly, now we can see the open-source Named Data Networking Simulator (NDNSim) which supports in NS3 tool. It supports the implementation of both wired and wireless networks. It has the ability to incorporate ndn-cxx library, and NDN forwarding daemon (NFD), and ndn prototypes. Now, we can see how the NDN network environment is created using NDNSim followed by installation.
Installation of ndnSIM (based on individual repository)
In addition, we have given you important characteristics of NDNSim. These characteristics play a major role in motivating developers to choose this tool for their Named Data Networking Simulator project development. Further, we have also included the supported versions of NDNSim in NS-3 tools for your reference. Further, if you need more information, then communicate with our team. We will clarify your queries by providing more input on your requested aspect.
Next, we can see about sample scenario of NDN model. In above section, we have already given you software installation procedure. Once the installation was successfully completed then creates the sample scenario and executes them to realize the workflow of NDN. In order to help you here we have given the possible implementation scenarios, scenario creation procedure and scenario implementation procedure. So, just make a try for your better understanding.
Secondly, now we can see about the Named Data Networking Simulator framework which supports in OMNeT++ tool. It also supports the development of both wired and wireless networks. Majorly, it is widely used for simulating internet of things applications and services. Further, here we have given you some key characteristics about NDNOMNeT for implementing NDN projects. Similarly, we also support you in other emerging and best-result yielding named data network simulation tools.
Our technical professionals are passionate to work with advanced technologies in default. So, we collect all possible research opportunities to provide innovative research notions from a futuristic point of view. Further, we also support your interested research opinions for further development. Below, we have specified a few important research ideas collected from our repository of current research areas.
Overall, our developers guide you on the right track of project development starting from topic selection to result in examination. Particularly, we also assist you in named data networking simulator selection, unique unsolved problem selection, problem-solving techniques and algorithm selection, and performance evaluation parameters selection. Primarily, our developers also have strong mathematical analysis skills to develop new algorithms in the case of complexity. So, we ensure that we help you in all aspects of NDN project execution.
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