OMNET++ Wireless Sensor Communication Projects

Communication is the process of Transferring Information (or) data sharing among two (or) more network devices. We offer PhD communication projects Omnet++ with various communication in wired and wireless network. We develop communication based projects for both mobility and stationary nodes with framework. We develop more efficient communication based projects for PhD scholars. We develop Ad hoc and wireless sensor communication based final year projects by OMNET++ simulation tool. We guide and support PhD students to develop their idea in network communication.

OMNET++ Wireless Sensor Communication Projects

Vehicular Network Architecture:

We implement vehicular Ad hoc network which is a category of Ad hoc Network to ensure safety application for roadside units and data transmission. We categorize VANET into three communications and it developed by Springer based papers as:

  • Vehicle to Roadside Communication.
  • Inter Road Side Communication.
  • Inter Vehicle Communication.

Vehicle to Roadside Communication:

It referred as vehicle to Infrastructure communication. In this, vehicle we as cellular gateways and wireless local area Network access point to connect Internet and provide vehicular applications.

Inter Roadside Communication:

We referred as vehicle to roadside communication. We use while with various infrastructure to communicate each other and share information received from Infrastructure with other vehicles in peer to peer mode. By this, it ensures great flexibility in content sharing.

Inter Vehicle Communication:

We refer as vehicle to vehicle communication. In this, vehicle communicates with each other with no infrastructure support. We collect valuable information from sensor nodes and it send to neighboring vehicles.

Wireless Sensor Communication Protocol:

We deployed more than 80+ projects in WSN which composed of set of various sensor nodes to carry environmental information. Energy consumption of sensor node affected by protocol layer structure and each layer manage sensing data. Protocol in sensor node and base station includes Application layer, Transport layer, Network layer, data link layer and physical layer.

Application Layer in Communication:

In this layer, we support various software for application based on sensing task. The protocols are given as:

  • TADAP -Task Assignment and Data Advertisement protocol.
  • SMP – Sensor management protocol.
  • SQDDP – Sensor Query and data Dissemination protocol.

Transport Layer:

In this layer, we maintain data flow for application layer. Developing protocol is challenging because sensor nodes affected by parameters such as limited power supply and memory.

Network Layer:

We permit network layer to route data by wireless communications channel. The condition for data routing is cost, Routing Power, available energy based on energy metric and data centric Routing.

Data Link Layer:

We use this layer for multiplex data stream, data frame detection and medium access control and to carry error detection and correction. Issues in this layer are mobility management, recovery failure and Power conservation.

Physical Layer:

We implement this layer for frequency selection, carrier frequency selection, signal detection, modulation, frequency generation and data encryption.