OpenVoucher is an open source voucher management / hotspot system for authenticating guests in your wifi or cable network. It is designed to be easy to use for anyone who wants to issue vouchers.
For further information and installation how to's, see the project's homepage.
The source code is maintained on Github.
AQA-AODV is a new QoS routing protocol for MANETs based on AODV, which creates routes according to application QoS requirements.
We have introduced link and path available bandwidth estimation mechanisms and an adaptive scheme that can provide feedback to the source node about the current network state, to allow the application to appropriately adjust the transmission rate.
Turn your linux machine into an infrastructure wifi router.
pyforward is a GTK+ front-end to three core linux technologies that make it possible to turn your computer into a wifi access point in infrastructure mode:
1. iptables - To enable routing of your requests.
2. dnsmasq - To assign ip-addresses using dhcp.
3. hostapd - To enable wifi access to your machine in infrastructure mode.
Refer the wiki page for more information on how to run pyforward.
Note: Presently I'm in "development" mode. So, I urge the users of pyforward to make any feature-requests on the Discussion page or report any bugs.
Cor is a layer 3+4 protocol for zero administration (community/mesh) networks. It is implemented as a linux kernel patch.
Check out this website for more details: http://michaelblizek.homelinux.net/projects/cor/index.html
This educational software simulates an Ad-hoc network with AODV algorithm, it uses a high level view and only works in Routing layer. it has a user-friendly graphical user interface and has been written in java language.
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.
A feedback-enhanced framework for routing in wireless sensor networks. Speeds up the process of implementing routing techniques. Enables piggybacking of routing information on data packets. Written for the Omnet++ simulator and the Mobility Framework.
Design and implementation of the Observation-based Cooperation Enforcement in Mobile Ad-hoc Networks (OCEAN) protocol, on top of the ns2 network simulator, using Dynamic Source Routing (DSR).
Meghadoot is a hybrid wireless network architecture that provides improved connectivity, efficient routing, and access to the Internet. Meghadoot
architecture combines the advantages of both single-hop and
multi-hop wireless networks.
SIMRAN adds security to the famous AODV protocol. The project is based on SAODV draft and AODV RFC.Its basic functionality lies in securing the AODV protocol by authenticating the non-mutable fields of the routing message using digital signatures.
The Optimized Link State Routing (RFC 3626) is an optimization of the classical link state algorithm for wireless Mobile Ad-hoc Networks (MANETs). Quagga is a popular routing software suite. This project is about making an OLSR implementation for Quagga.
This is an implementation of the DYMO MANET routing protocol, developed at the National Institute of Standards and Technology (NIST). It is designed to run as a Linux Kernel Module accross many different platform types and kernel versions.
Flying Ants implements a wireless ad-hoc routing algorithm based upon biologically inspired ant-like agents. The code is suitable for single board computer systems (e.g., soekris boards). It runs in userland and utilizes a threaded raw socket protocol.
OLSR-OLOD is a part of the Open Libraries of Doom project. It provides a POSIX-based C-language library for implementing and interfacing with Optimized Link State Routing (OLSR) mesh networks, as defined in RFC 3626.
Multicast Inter-Domain Routing for MANETs (or MIDRM) is a multicast support system for IDRM, a novel networking framework, which enables inter-domain routing between Mobile Ad Hoc Networks (MANETs) and between MANETs and the Internet.