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ns-2 extension to simulate localization system in wireless sensor networks
Research output : Chapters, Conference Papers, Creative and Literary Works (RGC: 12, 32, 41, 45) › 32_Refereed conference paper (with host publication) › peer-review
- Adnan M. Abu-Mahfouz
- Gerhard P. Hancke
- localization, ns-2, sensor's position, simulator
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NS2 Projects is a one of the efficient simulation tool to implement and analysis network environment. We implement NS2 projects code in C++ (or) TCL based object oriented programming languages. By using this language we can split data path and control flow path process. We developed more than 80 + NS2 projects code to model network protocol such as DSDV, AODV, DSR, TORA, MAC, and TCP. We support virtual internet testbed, college and research projects. It contains various library functions and protocol design. Event scheduling is performed by NS2 and maintains data structure with event management applications.
Programming Language in Ns2:
We use C++ and OTCL to implement NS2. C++ used as backend to create M.Tech projects with high speed and efficiency. It ensures byte manipulation, implementation of algorithm and packet processing. OTCL is used as front end setup. It implemented to configure object, simulation tool setup and scheduling process based on IEEE papers.
NS2 Code for Simple Topology:
Simulation objects are created by set ns command. To set file format for tracing use set trace-nam and set trace-all. Input file traced by “$ns namtrace-all $tracenam “or” $ns trace-all $trace-all”. We guide and explain students about code to create topology.
Node Creation in NS2 Projects
Nodes are easily created by this tool. To create node set no (or) $ns to create number of nodes. Links are provided to inter connect a different nodes. For eg: $ns duplex_ link $n0 $n1 1Mb 10 ms red to connect node1 and node2. Duplex means communication, Mb means packet size and ms mean packet speed travel in link and red mention color.
Network Dynamics in NS2:
Programming language in network simulation used to denotes the link failure and modification of route in networking by $ns rtmodel-at <time> up/down $no $n1.
Run Simulation In NS2 Projects
Every event schedule as $ns <time> <event>, Events are denoted as TCL. Simulation is run. We start and stop simulation with timing $ns at 0.5 “$CBR start” and stop by $ ns at 0.5 “$ CBR stop” by finish the simulation we use $ns at 0.5 “finish”.
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- NS2 (Network Simulator) Final Year IEEE Projects
NS2 Final Year IEEE Projects
NS2 (Network Simulator 2) is an open-source simulation tool that is widely used for research and education in the field of computer networks. It allows users to simulate various network protocols and evaluate their performance in different scenarios. Final year projects using NS2 provide students with an opportunity to apply their theoretical knowledge to real-world problems and gain hands-on experience in network simulation. These projects typically involve the design, implementation, and evaluation of a specific network protocol or application using NS2.
WSN (Wireless Sensor Networks) Projects in NS2
Explore the forefront of wireless technology with our WSN (Wireless Sensor Networks) Projects in NS2. At JP INFOTECH, we offer a comprehensive range of cutting-edge projects in the field of WSN, all meticulously developed using the NS2 platform. Our projects empower students and researchers to delve into the exciting world of wireless sensor networks, addressing real-world challenges and leveraging the power of NS2 for simulation and analysis. With our expert readymade project and innovative project ideas, you can embark on a journey of research and innovation that will set you on the path to academic excellence and a successful career in the realm of wireless technology.”
MANET (Mobile Ad-hoc Networks) Projects in NS2
Discover the dynamic world of Mobile Ad-hoc Networks (MANET) through our specialized projects in NS2. At JP INFOTECH, we provide a wide range of innovative projects tailored to MANET, all meticulously crafted using the NS2 platform. Our projects enable students and researchers to explore the complexities of mobile ad-hoc networks, addressing real-world challenges and harnessing the power of NS2 for simulation and analysis. With our unique project ideas, you can embark on a journey of research and innovation, paving the way for academic excellence and a promising career in the realm of wireless communication. The Projects contains both MANET based Routing and MANET based Security concepts.
VANET (Vehicular Ad Hoc Networks) Projects in NS2
With the help of our specialist VANET (Vehicular Ad Hoc Networks) Projects in NS2, discover the world of cutting-edge technology. JP INFOTECH provides a wide array of cutting-edge projects designed for VANET that are painstakingly developed with the NS2 platform. With the help of our initiatives, researchers and students can explore the dynamic realm of vehicular ad hoc networks, solve practical problems, and harness the potential of NS2 for analysis and simulation. You can embark on a journey of research and innovation with our professional advice and innovative project ideas, laying the foundation for academic achievement and a bright future in the field of wireless communication.
Other Projects in NS2
At JP INFOTECH, we bring you a comprehensive array of NS2 Projects, designed to fuel your passion for networking and simulation. Our projects leverage the powerful NS2 platform, enabling students, researchers, and technology enthusiasts to explore the dynamic world of network simulation. Whether you’re interested in wireless communication, ad hoc networks, WSN, our NS2 projects offer hands-on experience, expert guidance, and innovative solutions. Join us to embark on a journey of research and innovation, advancing your academic and professional aspirations in the field of network simulation.
NS2 (Network Simulator 2) is a popular tool for simulating computer networks because it allows users to model and evaluate the performance of various network protocols and applications in a controlled and repeatable environment. Some of the key features and benefits of using NS2 include:
Open-source and freely available:
NS2 is an open-source tool, which means that users can access the source code, modify it, and distribute it without incurring any additional costs.
NS2 is written in C++ and TCL (Tool Command Language), which allows users to easily create new protocols and applications by writing their own code in these languages.
Large community of users and developers:
NS2 has a large and active community of users and developers who contribute to the development of the tool and provide support to other users.
Support for various network types:
NS2 can simulate various types of networks, including wired and wireless networks, mobile networks, and ad-hoc networks, which makes it a versatile tool for research and education in the field of computer networks.
Large library of existing protocols:
NS2 includes a large library of existing network protocols, such as TCP, UDP, and IP, which can be used as building blocks for creating new protocols or testing existing ones.
Ability to generate detailed trace and statistics:
NS2 can generate detailed trace and statistics of the simulated network, which allows users to analyze the performance of different protocols and applications and identify bottlenecks or issues.
Network Simulator 2 (NS2) projects with Source Code:
Network Simulator 2 (NS2) is a powerful open-source tool that is widely used for research and education in the field of computer networks. It allows users to simulate various network protocols and evaluate their performance in different scenarios. In JP INFOTECH, we provide readymade Final year IEEE Projects in NS2 with complete source code and basic documents. Here we have listed the projects which are ready to deliver with source code that you can use as a starting point for your own research or educational projects.
Wireless Sensor Network (WSN) Simulation:
This NS2 project simulates a wireless sensor network and evaluates the performance of different routing protocols, such as AODV and DSR. The source code for WSN project can be purchased at JP INFOTECH from the WSN list of NS2 projects which are available here.
Mobile Ad-hoc Network (MANET) Simulation:
This NS2 project simulates an Mobile ad-hoc network with both security related project and routing related projects and evaluates the performance of different communication protocols. The source code for Mobile Ad-hoc Network (MANET) project can be purchased at JP INFOTECH from the MANET list of NS2 projects which are available here.
Vehicular Ad-hoc Network (VANET) Simulation:
This NS2 project simulates a vehicular ad-hoc network and evaluates the performance of different routing protocols, such as AODV and DSR. The source code for VANET project can be purchased at JP INFOTECH from the VANET list of NS2 projects which are available here.
NS2 simulator projects for Major projects / Mini Projects
These are just a few examples of the many NS2 projects with source code that are available online. By using these projects as a starting point, you can gain a better understanding of how NS2 works and how to use it to simulate different types of networks. Additionally, you can also use these projects as a reference for your own research or educational projects.
It’s worth noting that using these projects as a reference can be a good starting point, but it’s important to understand the network you are trying to simulate, and make sure the code you are using is well commented and easily understandable, also it’s a good practice to cite the source code used in your work.
In conclusion, NS2 is a powerful tool that allows users to simulate various network protocols and evaluate their performance in different scenarios. By using NS2 projects with source code as a starting point, you can gain a better understanding of how NS2 works and how to use it to simulate different types of networks. You can use these projects for your Major Projects or for your Mini Projects in your Final Year Projects using NS2 simulator.
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- IEEE Paper Format | Template & Guidelines
IEEE Paper Format | Template & Guidelines
Published on August 24, 2022 by Jack Caulfield . Revised on April 6, 2023.
IEEE provides guidelines for formatting your paper. These guidelines must be followed when you’re submitting a manuscript for publication in an IEEE journal. Some of the key guidelines are:
- Formatting the text as two columns, in Times New Roman, 10 pt.
- Including a byline, an abstract , and a set of keywords at the start of the research paper
- Placing any figures, tables, and equations at the top or bottom of a column, not in the middle
- Following the appropriate heading styles for any headings you use
- Including a full list of IEEE references at the end
- Not including page numbers
To learn more about the specifics of IEEE paper format, check out the free template below. Note that you may not need to follow these rules if you’ve only been told to use IEEE citation format for a student paper. But you do need to follow them to submit to IEEE publications.
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Ieee format template, ieee heading styles, frequently asked questions about ieee.
The template below can be used to make sure that your paper follows IEEE format. It’s set up with custom Word styles for all the different parts of the text, with the right fonts and formatting and with further explanation of key points.
Make sure to remove all the explanatory text in the template when you insert your own.
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IEEE recommends specific heading styles to distinguish the title and different levels of heading in your paper from each other. Styles for each of these are built into the template.
The paper title is written in 24 pt. Times New Roman, centered at the top of the first page. Other headings are all written in 10 pt. Times New Roman:
- Level 1 text headings begin with a roman numeral followed by a period. They are written in small caps, in title case, and centered.
- Level 2 text headings begin with a capital letter followed by a period. They are italicized, left-aligned, and written in title case.
- Level 3 text headings begin with a number followed by a closing parenthesis . They are italicized, written in sentence case, and indented like a regular paragraph. The text of the section follows the heading immediately, after a colon .
- Level 4 text headings begin with a lowercase letter followed by a closing parenthesis. They are italicized, written in sentence case, and indented slightly further than a normal paragraph. The text of the section follows the heading immediately, after a colon.
- Component headings are used for the different components of your paper outside of the main text, such as the acknowledgments and references. They are written in small caps, in title case, centered, and without any numbering.
You should use 10 pt. Times New Roman font in your IEEE format paper .
For the paper title, 26 pt. Times New Roman is used. For some other paper elements like table footnotes, the font can be slightly smaller. All the correct stylings are available in our free IEEE format template .
No, page numbers are not included in an IEEE format paper . If you’re submitting to an IEEE publication, page numbers will be added in the final publication but aren’t needed in the manuscript.
IEEE paper format requires you to include an abstract summarizing the content of your paper. It appears at the start of the paper, right after you list your name and affiliation.
The abstract begins with the word “Abstract,” italicized and followed by an em dash. The abstract itself follows immediately on the same line. The entire section is written in bold font. For example: “ Abstract —This paper discusses … ”
You can find the correct format for your IEEE abstract and other parts of the paper in our free IEEE paper format template .
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