Projects

The Prosciutto Project

The Prosciutto Project is a data-driven mobile application engine implemented in J2ME. You could think of it as a rapid application development framework, or a distributable mobile application engine that aims to address the problem of device fragmentation. Anything you would do on a mobile ... [More] application that has to do with browsing data is doable in The Prosciutto Project environment by using the mobile application engine (ZAMAE) and a set of well-defined, serializable UI objects. This way, an entire application definition can be hosted on a web server, ZAMAE would fetch it from the server, and yet be completely business logic agnostic. If your application changes, there's no need for the engine to be updated and redistributed. [Less]

remote-testbed

The Re-Mote Testbed Framework is a collection of modules for providing remote access to wireless sensor network testbeds with a main focus on modularity, abstraction levels, and responsiveness. The components of the framework fall into three categories: Client software, server software and ... [More] host/gateway software. The client is a Java based GUI featuring mote console windows useful for debugging applications. The server software consists of a mote server daemon written in C++, a relational database based on MySQL, and a mote information server based on Apache Tomcat and Axis. The host software is a mote host daemon written in C++ with site specific configuration in shell scripts. Getting StartedIf you are using the Re-Mote client basic information is available in the UserManual. If you are deploying a testbed see the AdministratorManual and read the SecurityConsiderations. If you want to contribute read the DeveloperManual and take a look at the RoadMap to get an idea of what needs work. Questions and Bug ReportingQuestions can be mailed to the mailing list. All discussions related to testbeds and sensor networks are welcome. Note, first time posters are moderated to prevent spam. If you found a bug in the client or one of the other components, please enter it into the issue tracker. If the bug has already been reported you are encouraged to add extra information as a comment. This will help to confirm that it is reproducible and raise the attention of developers. CreditThe project is being developed in collaboration between DIKU and CIT and headed by Jonas Fonseca and Rostislav Špinar. The initial work was done by Jan Flora and Esben Zeuthen at DIKU under the supervision of Philippe Bonnet. The Re-Mote Testbed Framework has been developed in the context of Embedded WiSeNts and has further been developed in the context of the CRUISE IST. [Less]

cassiniworkflow

Rapidly create a work flow application using Java ME and Java EE framework. The framework is based on GWT and Berkeley Java DB. You don't need any coding, simply create workflows and publish them to your users, employees, friends ect... This framework enables you to develop any types of ... [More] workflow or sequences of events. A workflow can then be published to our Java ME application. This application will follow the workflow steps and interact with users inputs and feedback. Steps to create a workflow on CassiniWorkflow website (Admin perspective): Register yourself as the admin of your workflows Create you members base Create steps with instructions, attached images and videos Arrange your steps in sequences to create a workflow Publish your workflow to enables CassiniWorkflow wireless app to execute the workflow Access the BI Dashboard to view your members activities. Send messages to members Steps on CassiniWorkflow website (User perspective): Login Access your messages Access you BI Dashboard to view your workflows logs Send messages to your administrator Share workflows to other members Steps on CassiniWorkflow wireless application: Execute a workflow Download a workflow from CassiniWorkflow website Play your favorite music while executing a workflow Log information on CassiniWorkflow website at the end of a workflow Example of use: you may want to create a sequence of exercises for you athletes to follow in preparation to a race. They would follow the prepared "workflow" of exercises called a "workout" and use it on their smart phones. At the end of the workout, the training log would be automatically updated on the athletes web application.See: http://www.jarics.com/ for an example of a complete system based on CassiniWorkflow. Other example: Check list for preflights. Pilots and co-pilots could use our framwork to configure a workflow of things to check with images of good and bad looking parts. Our workflow supports video and voice instructions as well as static images for each steps of a workflow. Other example: How to cook a polenta in 15 steps! [Less]

simmobil

SimMobil is a wireless network simulator that has been developped for 2 years at INSA Rennes, France as a student project. Our goal is to implement several kind of wireless networks : infrastructured, ad hoc, hybrid, sensor networks along route and sleeping algorithms in a simulator. The application ... [More] is developped using the Java programming language and Swing. [Less]

escroll

My very own ebook reading device based on Open source platforms (Android, Java etc) with touch screen and wireless capabilities with the revolutionary eInk Technology. Everybody is invited to give in their suggestions and add to the feature list what they would like to see in their Palms. Its all in your hands. Lets make it together.

wireless-cell-phone-terminal

My company, http://www.dialie.com/ provide today credit card processing, taximeter and digital dispatching for the taxi cab industry. i do only the software in web basis in JAVA. my customers, and all the taxi industry pay a lot for the hardware. for exemple a wireless terminal for credit card ... [More] processing cost between 800$ and 2000$. if they buy a professionnal Mobile data terminal with the gps for the credit card and the digital dispatching they buy it 1000$ each + all the server at 40,000$ usually. My idea was to develop a software on a cell phone on a taximeter(that everybody as so there is no extra fees) and plug it on the taximeter (that all taxicab drivers has too). so we could for 0$ extra cost provide a credit card solution or a digital dispatcing solution with sprint for exemple with our free open source software. because i am alone to do it, i look for some help here. [Less]

xbee-api

OverviewThis is a Java API for communication with XBee/XBee-Pro series 1 (802.15.4) and series 2 (ZNet 2.5 and ZB/ZigBee Pro) OEM RF Modules, in API mode. The objective of this project is to provide a flexible and simple to use API to interact with XBee radios. In terms of flexibility, the goal is ... [More] to not constrain you to a particular implementation (e.g. GUI, Web App), but instead let you decide how to use it. This software has been tested on Windows, Mac, and Linux and can run on any other platform that supports Java 5 or greater and RXTX. News5/10/09 Version 0.5.5 is available and includes many updates. See ReleaseNotes for details. 3/29/09 I have released XBee Arduino. This is a port of XBee API to the Arduino platform, allowing you to send/receive packets on Arduino. 1/29/09 I have released XBee XMPP. This project is built on XBee-API and uses XMPP for remote communication with an XBee network. This allows you to share an XBee with multiple applications, that can exist on different machines. 1/25/09 Version 0.5.1 of the XBee API is now available. This release contains two bugfixes. See ReleaseNotes for details. 1/17/09 Version 0.5 8/3/08 Version 0.4 6/10/08 Version 0.3.1 4/29/08 Version 0.3 4/5/08 Initial Release DocumentationDeveloper's Guide Javadocs Wiki Docs ExamplesHere are a few examples that demostrate some common functionality: Turn on an I/O port on a remote Series 2 (ZNet/ZB Pro) XBee: XBee xbee = new XBee(); xbee.open("COM5", 9600); // this is the Serial High (SH) + Serial Low (SL) of the remote XBee XBeeAddress64 addr64 = new XBeeAddress64(0xa, 0xb, 0xc, 0xd, 0xe, 0xf, 0, 1); // Turn on DIO0 (Pin 20). 5 is Digital Output High ZNetRemoteAtRequest request = new ZNetRemoteAtRequest(addr64, "D0", new int[] {5}); xbee.sendAsynchronous(request); ZNetRemoteAtResponse response = (ZNetRemoteAtResponse) xbee.getResponse(); if (response.isOk()) { System.out.println("Successfully turned on DIO0"); } else { System.out.println("Attempt to turn on DIO0 failed. Status: " + response.getStatus()); } // shutdown the serial port and associated threads xbee.close(); Receive I/O samples from a remote Series 1 (802.15.4) XBee: XBee xbee = new XBee(); xbee.open("COM15", 9600); while (true) { RxResponseIoSample ioSample = (RxResponseIoSample) xbee.getResponse(); System.out.println("We received a sample from " + ioSample.getSourceAddress()); if (ioSample.containsAnalog()) { System.out.println("10-bit temp reading (pin 19) is " + ioSample.getSamples()[0].getAnalog1(); } }There are many more detailed examples included in the code for both ZigBee and 802.15.4. Here are just a few: This example contains a few sample configurations to get your ZigBee coordinator and end devices configured quickly, without needing X-CTU (windows only) ZNetApiAtTest.java Example of sending packets from a ZigBee coordinator to an end device ZNetSenderTest.java This example receives the packets sent in the previous example ZNetReceiverTest.java Feature SupportThe majority of the XBee specification has been implemented for both 802.15.4 (Series 1) and ZNet 2.5/ZB Pro (Series 2). See FeatureSupport for a full listing of supported API types. AboutI received my first pair of XBee Pro radios in Nov '07, after learning about them on the Arduino website. I quickly learned that to take advantage of the real power in XBee radios (e.g. I/O Samples, ACK/Delivery Status, Remote AT etc.), you need to configure the radio in API mode. I searched for open source XBee software with support for API mode, but couldn't find anything, so I decided to write my own. I started coding on 12/15/2007 and after about 300 commits and several months later I released the software here, on Google Code. SupportPlease report any bugs on the Issue Tracker For questions regarding this software, not covered in the documentation, use the Forum Questions/FeedbackQuestions about this project should be posted to http://groups.google.com/group/xbee-api?pli=1 Be sure to provide as much detail as possible. For other stuff, I can be contacted at andrew.rapp [at] gmail. [Less]

altista

A iniciativa deste projeto baseia-se em experiências obtidas em trabalho junto a provedores de internet. A idéia do aplicativo é agregar serviços básicos inicialmente para o controle funcional, operacional e adminsitrativo de um ISP.

alpacka

Alpacka is an API for developing packet capture applications in Java. Alpacka is an actively developed fork of jpcap designed to facilitate the analysis of Wireless packets and IP-based flows. Alpacka is developed and maintained by Secure Decisions division of Applied Visions Inc.

wai2008

Where Am I?Este projeto tem como objetivo o desenvolvimento de um sistema capaz de oferecer apoio aos usuários portadores de dispositivos móveis que utilizam comunicação sem fio, contemplando especialmente os portadores de deficiências visuais, na questão de roteamento em ambientes cobertos ... [More] pela rede wireless. Para isto, o sistema deverá ser capaz de efetuar uma estimativa do posicionamento do usuário em um determinado instante de tempo e oferecer uma possível rota (otimizada), levando em conta as necessidades do usuário, dentre seus pontos de acesso na rede wireless, para seu destino final. A comunicação das opções de pontos de destino e a comunicação durante a execução da rota ao deficiente visual serão realizadas de forma sonora. Ainda como objetivo do projeto, o sistema deverá ser capaz de enviar informações de contextualização, dependendo da estimativa do posicionamento do usuário dentro do ambiente. Desenvolvedores: Andre Romero Gonçales Milton Yukio Godoy Saito Ricardo Vinicius Bertolazo Especiais agradecimentos: Professora Dr. Anna Helena Costa Reali (orientadora) Andre Iasi Moura (WBLS) Diego Sanchez Gallo (Guia Menos) Erika Midori Kato (Guia Menos) Lin Yu Ching (Guia Menos) [Less]