Master Thesis OPNET Projects

    Master Thesis OPNET Projects are established for students and research scholars. The goal of this service is prepare and develop quality projects using OPNET. OPNET is a network simulator which is extensively used in research oriented applications. During every project development, we provide support for various tools of OPNET (network model editor, antenna pattern editor, packet format editor, simulation tool, analysis configuration tool, OPNET animation viewer, and ICI editor). We prefer using OPNET simulator to evaluate protocols and algorithms for research based projects. In OPNET network simulation environment, actuators and sensors will be deployed according to realistic scenarios.

Our Research Interests include:

• Wireless Networks
• Channel Access Methods
• Ad Hoc Networks
• Cross Layer Design Methods
• MAC Protocols
• Quality of Service in Heterogeneous Networks
• QoS Measurement Tools and Methods

Supported Modules and Features of OPNET Modeler

• IPv6
• UMTS
• DOCSIS (Data Over Cable Service Interface Specification)
• MPLS (Multi-Protocol Label Switching)
• Vendor Devices (Dozens of Vendor Specific Devices)
• TIREM (Propagation Modeling Calculation)
• Integration of Different 3^rd Part Modules

  We observe the guidelines of customers to writing a thesis that are given by the university/supervisor. If you need more support for master thesis writing or more project development tips, contact our expert’s team at 24/7.

The Great Topics for Master Thesis OPNET Projects

• On the Design of Energy Efficient WBAN based on IEEE 802.15.6 Scheduled Access in E-Healthcare Applications
• Implementation of Physical Layer Security based Routing Protocol for Wireless Mobile Ad Hoc Networks
• A New Way of Designing Avionics System by allocating Dynamic Bandwidth for Switching FCAE-1553 Network
• Inter-Vehicular Communications Intentions Modelling for Messages Authorization using OPNET Model
• TCP Gaping Effects Analysis and Study in Low Bandwidth Networks [Master Thesis OPNET Projects]
• An Energy Efficient Key Distribution Protocol for Wireless Sensor Networks
• A Comprehensive Performance Analysis of Multiplexing and Diversity using OPNET Simulator
• A Performance Analysis of ZigBee Network with Mesh and Tree Topology for Different Range of Frequencies
• Achieving Balancing and Dynamic Load Distribution for Tactical Communications Networks [Master Thesis OPNET Projects]
• A Novel Priority Aware Routing Architecture for Neighborhood Area Network in Smart Grid Communication