Search Results for "linux wireless"

SystemC Network Simulation Library (SCNSL) is an extension of SystemC to allow modelling packet-based networks such as wireless networks, ethernet, fieldbus, etc. As done by basic SystemC for signals on the bus, SCNSL provides primitives to model packet trasmission, reception, contention on the channel and wireless path loss. The use of SCNSL allows the easy and complete modelling of distributed applications of networked embedded systems such as wireless sensor networks, routers, and...

This project aims to provide the wireless support in OverSim to simulate the P2P protocol over Mobile AdHoc Network or Wireless Mesh Network. Our project include the INETMANET-2.0 open source library to facilitate wireless characteristics.

STEAM-Sim establishes a hardware/software/network co-simulation of wireless sensor networks. Original C code is used in simulation. The code is natively executed by the cpu where the simulation is run. The time annotation engine annotates the C source code used for simulation with the timing information as if the code is run on a microcontroller. The annotation process is fully automated. Hardware models are developed using the PAWiS framework and reflect the timing,...

The project page provides the source code of custom built simulators used in our publications whose URL are given as follow: http://dx.doi.org/10.1016/j.comcom.2013.09.006 http://dx.doi.org/10.1109/PIMRC.2009.5449983 The titles of the papers are: Online XOR packet coding: Efficient single-hop wireless multicasting with low decoding delay (COMCOM VERSION). An efficient network coding based retransmission algorithm for wireless multicast (PIMRC VERSION). Help (README) files...

This project presents an extension to ns-2, which enables a normal user, who has basic knowledge of ns-2, to simulate localization system within a wireless network. Moreover, this project would be beneficial to researchers who want to implement new or existing localisation algorithms and anyone new to ns-2 who wish to know more about how a simulation project is built and structured. [1],[2] provide more details. References [1] A. M. Abu-Mahfouz and G. P. Hancke, GP., “ns-2 extension to...

MiXiM is a simulator for wireless and mobile networks using the OMNeT++ simulation engine.

Ns is a discrete event simulator targeted at networking research. Ns provides substantial support for simulation of TCP, routing, and multicast protocols over wired and wireless (local and satellite) networks.

The OMNI library is a set of useful tools, which helps you to simulate various wireless telecommunication systems.

Shawn is a discrete event simulator for large wireless sensor networks. It does not compete with others well-known simulators by simulating individual ISO layers and the protocols within these layers. Shawn emerged from a more algorithmic approach. THE PROJECT HAS BEEN MIGRATED TO GITHUB: https://github.com/itm/shawn

AWNetS(Aibear Wireless Network Simulator)is a C++ written,fire-new discrete-event wireless network simulator which integrates network and communication simulations.It also focuses on various kinds of wireless networks including satellite and HAP.

Wireless LAN (IEEE 802.11) power management extension based on ns-2.33. This supports legacy power save functions defined with IEEE 802.11.

Simulation framework for power aware Wireless Sensor and Actor Network nodes to model all layers of the communication system, the application, the power supply and energy management, the digital processing unit and the sensor-actuator interface.

DSR-UU is an implementation of the Dynamic Source Routing protocol that runs in the Linux kernel or in the ns-2 network simulator. It was originally created at Uppsala University, hence the UU.

N-sim is a framework for studying and developing wireless sensor networks. It emulates the computation of sensor platforms, simulates the wireless communications, and allows plug-in models for source detection simulation. Intended for cluster computing.

This program reads the output traces of MITSIMLab and converts them into a format which can be read and visualized by Ns 2.