Search Results for "scientific"

A wireless push-type network simulator that considers locality of demand for performance improvement. The network environment consists of multiple directed emitters for parallel data broadcasting. Performance depends on the mean response time of clients.

Upload, save and run keystroke injections remotely with an ESP8266 + ATmega32u4. Using a USB device that act as a keyboard to inject keystrokes is well known these days. The USB Rubber Ducky by Hak5 is THE hacker gadget for this kind of attack. It introduced a simple script language called Ducky Script, which this project uses too. The ESP8266 is a popular Wi-Fi chip used in a lot of projects. Because it's cheap, small, and has its own file system (SPIFFS), it's perfect for enabling an easy...

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...

ShoX is a scalable simulator for wireless networks written in Java. It is easy to install, configure and use, so that reliable and expressive scientific results can be gathered in a short time. Documentation: http://sourceforge.net/apps/mediawiki/shox

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

WSNFuse provides an abstraction layer for wireless sensor networks, allowing to expose one or many WSNs by means of different access technologies(e.g.: filesystem, JMS, RMI, Smart-Spaces, etc.).Its plugin-based architecture allow users to develop and adopt thei own plugins and configure WSN fuse to better suit their needs. This project has been partially supported by the CHIRON EU research project co-financed by the artemis joint undertaking (http://www.chiron-project.eu/) .

WSNWARE is an open source Java/OSGi middleware, designed for monitoring, controlling and standardizing Wireless Sensor Network. WSNWARE is a normalized message oriented middleware running on (and developed for) any OSGi containers.

Library for handling XBee / XBee-PRO RF modules. The library is written in C and supports the following platforms: Linux (x86, MIPSel), Windows (x86), AT91 SAM7 microcontrollers.

飞豚扫描器（AirPhin）是一个无线网络扫描工具，它的作用是扫描周围可用的无线网络并且显示出其具体参数，目前运行于Windows7操作系统。

OpenDMTP is a protocol/framework that allows communications with small devices (mobile phones, PDA's, and other high-latency/low-bandwidth devices), especially geared towards the transmission of GPS, temperature, and other remote monitoring information.

An adhoc network simulator that tests multiple transceiver base stations in a peer to peer environment.

Java based utility which graphically displays NS1 NetStumbler Files. Allows importing of a background image/map. Quickly displays the contents of the NS1 file, displays strength/noise/SNR and allows access point selection.

As of Jan 2009, this project and NanoStack 1.x are no longer being actively developed or maintained. Instead there is an effort to add support for Sensinode/cc2430 hardware for the Contiki OS. http://www.sics.se/contiki/

This is a framework for developing multiplayer games over j2me and bluetooth using a P2P approach.

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

Opensource platform independent clone of Netstumbler

Xmulator is an open source listener-based simulation framework for Interconnection Networks, Sensor Networks and Queueing Networks in C#.

This project provides an inexpensive solution to 802.11g wireless communication using off the shelf hardware and open source technologies. This uses the Atmel AT90USB micro and the ZyDas ZD1211B wireless chipset. Developed by David Garske of Wibotics.com

Mobile Robotics is a java project developing wireless communication using bluetooth between a hand-held (palm, cellular phone) to a Lego Mindstorm device. We intend to bypass the limitations of the IR tower creating a truly wireless mindstorm.

Design and implementation of silicon and software for baseband processors conforming to IEEE wireless standards. Initial focus on WiMAX and WiFi.