Omnet network simulation project

Omnet network simulation project is a discrete event simulator to model various communication networks, multiprocessors, and also other distributed or parallel systems. We offer an Omnet++, which is a software technique to program model, which predicts network behavior by calculating interaction among various network entities.

Consequently, We develop network simulation projects to ensure substantial support to simulating TCP, routing, and also multicast protocol over wired and wireless networks for research scholars. Get knowledge from industry experts to simulate OMNeT network simulation projects with source code. Reach Networksimulationtool to guide your research work.

PLC for smart grid in Omnet++

   We also develop power line communications that operate in a smart grid environment for academic projects. And also, we use the multipath propagation model and consider the channel propagation delay effect by PLCTM technology.

Power line communications

   We also provide power line communication as three classes are

• Broadband (BB).
• Ultra narrowband (UNB).
• And also Narrowband (NB).

Parameters for the smart grid

   The parameters of this technology are

• PRIME.
• And also G3-PLCTM.

We have implemented the above technology with science direct journal papers.

• Mobility model for wireless sensor networks
  • We also categories various models, and we implemented in more than 100 projects with OMNET++ simulation are 
• Random walk mobility model
  • We also move the mobile node from the current location to a new target location randomly with new speed and direction.
• Random direction mobility model
  •  We use this model to avoid mobile users’ concentration at the center of the area.
• Random waypoint model
  • We create this model by halt time due to change in speed or direction, or both mobile user movement begins with a start point that remains halt for a certain period of time.
• Gauss Markov mobility model
  • We initialize every mobile user with speed and direction for a fixed interval of time movement occurs to update the speed and direction of each node.
• Manhattan grid model
  •  We use grid topology in which mobile users are permitted to move only in a horizontal or vertical direction.
• Linear mobility model
  • We provide a mobile user who moves in a straight line with a certain angle and the angle changes when the mobile user hits a wall, which reflects off the wall at the same angle.
• Track mobility model
  • We implement this model based on the connected dominating set (CDs) property of network graph mobility.
• Mtrack mobility model
  •  It is an extended version of the TRACK mobility model.
• Mobility model for body area network
  •  It is a configurable mobility model to simulate wireless body area networks.
• Simulation tools used in the mobility model
  • We use various tools to implement a mobility model with various parameters to measure performance.
• NS2
  • By NS2, we cannot simulate more than 100 nodes and produce problems in bandwidth and power consumption.
• Oment++
  • It supports MAC and localized protocol, which simulate power consumption and channel control. We mainly implement the OMNET network simulation project for M.S students and ensure an efficient result.

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