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I will do ns2 simulation for manet, wsn, and vanet projects
MATLAB and ML Solutions Tailored for Your Success!
Hi, I'm Tesfu Zewdu, a MATLAB Engineer and Machine Learning expert with an MSc in Computer Engineering. I specialize in MATLAB programming, machine learning, control systems, and data analysis. I’ve w...
Level 1
Has met certain performance criteria and shows strong potential in the marketplace.
About this Gig
I will do NS2 simulation for MANET, WSN, VANET, and wireless network research projects using TCL scripting.
I provide professional network simulation services using TCL scripting, specifically designed for academic research and technical analysis.
I specialize in creating high-performance simulations for MANET, Wireless Sensor Networks (WSN), and VANETs. Whether you are testing routing protocols like AODV, DSR, DSDV, or LEACH, or implementing custom security algorithms, I ensure your simulation is accurate and error-free.
My Expertise Includes:
- Network Design: Custom topology creation for wireless and wired scenarios.
- Protocol Analysis: Implementation of ZigBee, IEEE 802.11, and 802.15.4.
- Performance Metrics: Extraction of Throughput, End-to-End Delay, Packet Delivery Ratio (PDR), and Energy Consumption.
- Data Visualization: Generation of NAM (Network Animator) files, Xgraph plots, and Excel-ready data.
- Trace File Processing: Custom AWK scripts and Python for deep data analysis.
Why Choose This Gig?
- Cross-Platform: Simulations compatible with Linux (Ubuntu), macOS, and Windows (Cygwin).
- Research Ready: I focus on the technical precision required for research papers and theses.
- Clea
Device:
Laptop
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Server
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Mobile
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Tablet
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Router
Operating system:
Windows
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Linux
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Unix
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Ubuntu
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Other
My Portfolio
FAQ
Which version of NS2 do you use for simulations?
I primarily use NS2.35 on Ubuntu/Linux, as it is the most stable and widely used version for research. However, if your project requires a specific version or environment (like Cygwin on Windows), I can accommodate that as well.
Can you simulate specific protocols like AODV, LEACH, or VANET? .
Yes! I have extensive experience implementing and modifying protocols such as AODV, DSR, DSDV, and LEACH. I also work on VANET (Vehicular Ad-hoc Networks) and can integrate tools like SUMO if your project requires realistic mobility patterns
Do I get the performance graphs and trace file analysis?
Absolutely. Depending on the package you choose, I provide the NAM (Network Animator) file for visualization and use AWK scripts to process the trace files. This allows me to generate data for Throughput, PDR, Delay, and Energy Consumption which can be plotted in Xgraph or Excel.
Will you provide the source code and TCL scripts?
Yes, you will receive all the source files, including the .tcl scripts, any modified C++ backend files (for Premium orders), and the AWK scripts used for analysis. I also include comments within the code to explain the logic
Can you help me fix errors in my existing NS2 code?
Yes, I offer debugging services. If your simulation is crashing or giving "segmentation fault" errors, I can troubleshoot your TCL or C++ files to ensure the simulation runs smoothly. (Please message me first for a custom quote on debugging).
Do you provide AWK scripts for data extraction?
Yes, I write custom AWK scripts to parse the trace files (.tr) generated by the simulation. This allows for the precise calculation of network metrics like Packet Delivery Ratio (PDR), End-to-End Delay, and Residual Energy, which are essential for research papers.
Can you implement custom mobility models in MANET?
Yes. I can configure various mobility models, including Random Waypoint, Gauss-Markov, and Manhattan Grid. If you are working on VANET, I can also integrate SUMO (Simulation of Urban MObility) to provide realistic vehicle movement patterns
Do you work with Wireless Sensor Networks (WSN) energy models?
Yes, I specialize in WSN energy efficiency simulations. I can implement energy models to track node depletion, lifetime analysis, and the impact of different MAC protocols or clustering algorithms on the overall network lifespan
