NS2 provides a wide range of networking opportunities and is a rich platform for PhD projects. This CLI tool was created especially for projects involving networks. 'C++' and 'OTcl,' two essential languages for NS2,' are spoken by well-versed developers on our team.We offer research scholars looking for network simulation support and excellent research implementation services. We offer comprehensive support to academics wishing to conduct their doctoral research on the NS2 and NS3 software platforms.In NS2, we have successfully finished more than 150 projects thus far, and we continue to work with our clients on future projects.
Evaluate the effectiveness of current treatments.
Ad hoc Networks, Wireless Sensor Networks, and others are simulated.
Evaluate New Protocols:
Provides a simulation environment and supports different IP networks.
Enables extensive experiments that are impractical in real-world settings.
Delofe guarantees top-quality research implementation through timely delivery, adherence to academic standards, plagiarism-free work, and unlimited revisions for client satisfaction
NS2 and NS3 differ in their programming languages and capabilities. NS2 uses C++ with TCL scripting and is well-established, while NS3 is entirely in C++ with improved functionalities and better support for modern networking protocols.
At Delofe, we value client feedback and offer unlimited revisions to ensure that the research implementation meets your expectations and requirements. Our goal is to deliver work that exceeds your satisfaction
NS2 supports various network protocols such as TCP, UDP, IP, ARP, ICMP, HTTP, FTP, and more. It also allows for the creation of custom protocols to suit specific research needs
Nodes in NS3 can be created programmatically using C++ or Python scripts. Users define nodes with attributes like mobility, communication interfaces, protocols, and behaviours, tailored to their simulation requirements.
Delofe provides comprehensive technical support throughout the research implementation process. Our team is available to assist with any technical issues, questions, or guidance needed to ensure a smooth and successful project execution.
In addition to understanding research needs, responding to inquiries quickly, and guaranteeing academic progress, our Ph.D. research team offers exceptional services. Our expert support ensures that the project will be finished on schedule. Our plan for implementing NS2 research comprises the following:
We offer complete networking solutions that make use of both NS2 and NS3. NS2, an event-driven program written in C++ and OTcl, is perfect for PhD projects involving wired and wireless networks since it supports a number of TCP variations. Our professionals analyse and resolve network problems online, streamlining simulations and offering more assistance.
In the meantime, NS3's expandable architecture, built-in libraries, and support for Python and C++ allow for creative project structuring and productive research results. We support researchers throughout the entire thesis writing process, from choosing a topic to finishing the NS2 and NS3 projects by simulating real implementation code.
At Delofe, we provide Ph.D. scholars with comprehensive research assistance services, with a focus on NS implementations in a variety of domains. We have experience with antenna designs, MIMO, WLAN, 5G networks, and WBAN cellular network architectures. We also offer support for software-defined networks, cognitive radio networks, ad hoc networks like VANET and MANET, and Internet of Things applications like Smart Healthcare, Smart City Management, Smart Transportation, and Smart Waste Management. For our clients, we guarantee thorough coverage of every networking-related subject