Windows demo of the INET Framework. Self-running -- no OMNeT++ installation or C++ compiler needed. Can be used to simulate your own networks, as long as built-in protocols and application models suffice. Contains full documentation and tutorial.

The INET Framework is suited for simulations of wired, wireless and ad-hoc networks. Beyond IP and UDP/TCP there is 802.11, Ethernet, PPP, IPv6, OSPF, RIP, MPLS with LDP and RSVP-TE signalling, and several other protocols. more...

Supports wireless and mobile simulations within OMNeT++. The core framework implements the support for node mobility, dynamic connection management and a wireless channel model. Additionally the core framework provides basic modules that can be derived in order to implement own modules. With this concept a programmer can easily develop own protocol implementations for the Mobility Framework (MF) without having to deal with the necessary interface and interoperability stuff.
See home page at http://mobility-fw.sourceforge.net for more info and documentation.

Nicola Concer's simulator for ad-hoc networks. Implements AODV protocol and several mobility models. This version (1.1) has been updated to work with OMNeT++ 3.0. Please be aware that the model has no standards compliance and has not undergone validation. more...

Author: Muddassar Farooq. The model implements an Ant-based routing algorithms (AntNet-CL and AntNet-CO) proposed by G. Di Caro and M. Dorigo. This model version works with omnetpp 3.0a3 and up. more...

This is a simulation of LEACH (Low-Energy Adaptive Clustering Hierarchy), a well-known cluster-based protocol for sensor networks with an extension to make it solar-aware. THIS 1.01 VERSION FIXES A CRASH FOUND IN THE ORIGINAL RELEASE. more...

This is a simulator for WDM networks, built using OMNet++3.0 on WinXP.
It was written for my dissertation. I am going to graduate soon,
and I thought about sharing it with others who want to realize
similar simulations. more...

Author: Imanol Martinez Coca
Telecommunications Department, Mondragon University
Loramendi 4, 20500 Arrasate (Gipuzkoa), Spain

The first release of a swarming P2P protocol simulation. more...

MACSimulator supports the following MAC protocols: TMAC, TMACP,LMAC, SMAC, CSMA and CSMAACK.
Positif is a model for studying distributed localization in wireless sensor networks.
(Download link points to Consensus project page.)