OMNeT++ THESIS

Omnet++ Thesis is an Objective Modular Network Testbed in C++. We provide Omnet++ as general purpose simulator to simulate various network models. We offer Thesis in Omnet++ for M.E, M.Tech and PhD students. We support Omnet++ with wireless and mobile network simulation framework. We program components in C++ composed of simulation kernel, utility class for random number generation, topology creation, statistics collection and discovery. We assemble large components in Omnet++ by NED language.

Mobility Framework in Omnet++ Thesis:

We assure mobility framework to support wireless and mobile simulation with Omnet++. We implement core module which support node mobility and dynamic connection management to create new modules.

Mobility framework ensures developer to develop and verify protocol implementation without interface and interchangeability.

We adopt mobility framework for:

• Sensor Networks.
• Mobile Wireless Networks.
• Distributed and Centralized Network.
• Fixed Wireless Networks.
• Multichannel Wireless Networks.

Software Defined Network (SDN):- OMNeT++ Thesis

We mainly implement SDN which separate the network control plane from forwarding plane and control plane control various devices which is the concept of Springer reference papers. We provide SDN framework, permit network administrator to manage dynamically automatically and control various devices and network services. We use extensible message and presence protocol in SDN to permit messaging in SDN Network. SDN Network Characteristics: We adopt following characteristics are:

• Centrally Managed.
• Directly Programmable.
• Open Standard based Vendor Neutral.
• Abstract Control form Forwarding.
• Programmatic Configured.

Wireless System Vulnerabilities:

We undergone following challenges in wireless system and handled in more than 75+ projects are:

• Computation Capacity: Wireless network device contain only limited computation power and have capacity to handle in less memory operations. So, large memory applications are not implemented.

• Battery Powered Operation: Wireless device created with small battery power. Small information sharing requires large power which causes threat in wireless system.

• Dynamic Topology: Wireless network are mobility nodes which easily create dynamic topology and it is difficult to track node position for information sharing.