OMNeT++ NEW PROJECTS is a modular based high level simulation framework to obtain efficient result for various networks. We offer latest OMNET++ projects with advance network technologies and latest mobile communication technology called LTE (Long tern evolution). We ensure effective mobile communication with high level video streaming in which LTE networks are simulated by OMNET++ simulator. We use OMNET++ simulation to evaluate all routing algorithms and implement in network domain. We establish OMNET++ projects for B.E, B.TECH, M.TECH and M.E students. We support PhD and research scholars to do projects in NS2 simulation.


Routing process in wireless mesh network:

We implement routing protocol in network to ensure function such as detection and respond to modification in network topology and services. We provide routing protocol to detect network topology changes, route selection, offered service and minimize packet delivery delays.

Hop count:

We mainly use hop count in wireless multihop network which depend on selecting one minimum link based path among source and destination. Hop count use route length between source and destination.

Routing metrics in wireless mesh network:

By various metrics we designed more than 95+ projects in wireless mesh network to share radio resources efficiently. They are given as:

Blocking metric:

It is used to provide storage for storing neighbor’s information.

Expected transmission time:

It is designed to add bandwidth to expected transmission count.


Expected transmission count:

We use transmission count to deliver a packet over a wireless medium successfully.

RTE network:

We developed LTE (Long term evolution) an fourth generation network technology cellular application based on Springer papers. We mainly design LTE to satisfy high capacity needs. We use LTE to ensure high data rates in mobile communication network. We enable LTE digital convergence by carrying audio, data traffic over IP packets. We enhance QOS in video and audio streaming by LTE mobile communication network.

Body area network:

We ensure wireless body area network with sensor node to transmit data packets. We evaluate various technologies and protocols in wireless body area network by OMNET++ based Castalia simulation framework. We implement Castalia to evaluate the performance of QOS aware routing protocol and transmission rates. We establish wireless body area network with mobile & static nodes to analyze traffic load with less number of packets.

MAC routing in wireless sensor network:

We establish medium access protocol for final year students to ensure media based application and routing in wireless sensor network. We analyze the impact of MAC routing protocol by OMNET++ simulation framework with wireless sensor network. We identify battery consumption and packet delivery delay in sensor network. We ensure better network access and enhance quality of service in wireless sensor network. By OMNET++ we determine various modules to simulate all wireless networks.