Network Simulator Projects for Master Thesis

Network Simulator projects for Master Thesis offers highly magnificent environment for you to improve your knowledge in network simulation. We begin our Network Simulator Master Thesis service to serve students and research colleagues also to attain the best career in their future. A wide range of students and research scholars aspire to chosen simulation-based projects these days.

We also offer highly confidential Research for you to finish your academic Research with the best accomplishment. And We also have the best knowledge in a wide range of network simulators, including Ns2, GloMoSim, QualNet, OPNET, Cloonix, also in Java Simulator, OMNET++, etc. We provide highly inventive and novel ideas also for you to develop your knowledge in the respective field of network simulation. Our comprehensive training makes you an expert in your future. Do you interest in joining us? Approach our experts also at any time.

Seven Tips for Thesis Preparation

Gather PhD Requirement also for your institution
Keep Perspective (Outlook about your Research)
Prepare Introduction and also Conclusion at the last stage
Know your Research also for Thesis Defense
Practice and also Prepare your Presentation
Use Smartphone Apps which pin all your outstanding tasks, ideas and also deadlines
Addressed Unanswered Questions

Simulator Projects for Master Thesis

Network Simulator projects for Master Thesis is our world level dedicated master thesis service to provide best research topic also for our students and research scholars. We have developed thousands of network simulation projects also in enormous of network simulators and various network research areas such as heterogeneous wireless area networks, heterogeneous wireless sensor network, underwater acoustic and sensor networks, internet of things applications, 5G LTE networks, ad hoc, and sensor networks, also in mobile ad hoc networks, wireless mobile communication networks, etc.

Here, we discuss about Network Simulation,

…”Network simulator is a tool for planning, designing, modeling, and also testing network protocols to simulate real communication network behavior. The simulators are also divided into two such as commercial simulators (QualNet, OPNET, NetSim etc.) and also open source simulators (Ns2, Ns3, SSFNet, OMNET, also T-SIM etc.)”

Research Areas for Network Simulators

WSN Simulator:

Duty Cycled Industrial Wireless Sensor Networks
Multi-Layer also in Wireless Sensor Networks
Heterogeneous also in Wireless Sensor Networks
Mobile Wireless Sensor Networks
Large Scale also in Wireless Sensor Networks

OPNET:

Wireless Acoustic Sensor Networks
Zigbee Technology
Wi-Max
Underwater Sensor Networks
Agro Sensor Communication
Heterogeneous also in Wireless Sensor Networks
IPv6 Video Streaming
Radio Frequency Based also in Mesh Networks
Video Streaming also in over Wi-Max
Cloud Computing
Multi Hop Wireless Sensor Networks

GloMoSim:

Military Cryptography Wireless Sensor Networks
Wireless Ad Hoc Networks
On-Board Space Wire Networks
Terrestrial and also in Underwater Sensor Networks
Hyper Elliptic Curve Cryptography
Wireless Sensor Networks
Aeronautical Ad Hoc Networks
Wireless Body Area Sensor Networks
Real Time Wireless Multimedia Networks
Vehicular Ad Hoc Networks
Peer to Peer Networks also in (P2P)
Wireless Mobile Ad Hoc Networks

Ns2:

Random Access Wireless Multi Hop Networks
Internet of Things
Mobile Wireless also in Mesh Networks
Mobile Cognitive Networks
Multi Radio Wireless Mesh Networks
1EEE 802.16 also in Mesh Networks
Multi-Rate Multi-Channel also in Mesh Networks
IP/LEO Satellite Networks
Vehicular Safety Communication
Wireless Body Area Sensor Networks
Wireless Multimedia Sensor Networks

Ns3:

5G LoS Communication
Heterogeneous Wireless Sensor Networks
VANET and MANET
5G Millimeter Wave Cellular
Underwater also in Mobile Sensor Networks
Software Defined Networks
LTE Heterogeneous Networks
Wi-Fi and Wi-Max
5G Backhaul Networks
Highly Dynamic also in Aeronautical Networks
Mobile Wireless Sensor Networks
Heterogeneous also in Cellular Networks
Content Delivery Networks
Software Defined also in Wireless Local Area Network

OMNET++:

Vehicular Ad Hoc Networks
Multi-Hop Vehicular Ad Hoc Networks
Elastic Optical Network
Vehicle to Vehicle Communication
Multi Scenario also in Wireless Sensor Networks
Wireless Mesh Networks
TTE Networks
Wi-Max Mesh Network
Internet of Things
Hierarchical Mobile IPv6
Smart Microgrid Cognitive Wireless Sensor Networks

QualNet:

Underwater Sensor Networks
Real Spatial Group Communication
Network Mobility
3D also in Wireless Sensor Networks
Two Tier Multi User Cognitive Radio Networks
ZigBee Wireless Sensor Networks
Distributed Computer system
Wireless Mesh Networks
Unreliable Multi-Hop also in Wireless Networks

GNS3:

Virtual Private Networks
Software Defined Networks
MANET Wireless Networks
Hosting also in Wireless Sensor Networks
Artificial Neural Networks
Wireless Sensor Networks
IPv4 and also in IPv6 Networks
VPN (Virtual Private Networks) Multipoint Networks

Latest Topics for Network Master Thesis

Non-differentiable Optimization Problems also Using Lagrange Programming Neural Networks in Sparse Approximation
Optimal Spectrum Handoff Control for Multi Teacher Apprentice Learning and Hybrid Priority Queuing also Based Cognitive Radio Networks
Integration of Low Complexity Soft-Bit Diversity also for Monitoring Ultra Low Power Wildlife
Inference Management also Using Victim Cells Semi Clustering Approach in Ultra Dense Femtocell Networks
Uplink of OFDM Wireless Communication Systems also Using Electromagnetic Emission Aware Schedulers
Microwave Ablation Using Hybrid Monopole / Slot Antenna also with Directional Heating Patterns
Wireless Delivery Service also Using Dynamic and Distributed Resource Management to High Speed Trains
Message Forwarding also Using Privacy Reserved Approach in Opportunistic Networks
Mesh Conforming Electro Thermal Co-analysis also for Thermal Aware IR Drop
Mobile Actuator also for Energy Harvesting in WSN (Wireless Sensor Networks) with Efficient Landmark Selection

We previously-pointed some of the important information about network simulation, including network simulators, supported research areas, simulators, and research topics for your better understanding. For more information, you can also approach our organization at 24 * 7.