Open Source HMI Software - Page 20

The MaxParser is written in c++ and can parse with first, second, third and fourth order projective Graph-based Dependency parsing algorithm. The project is the new version of the project "Max-MSTParser". If you want to use this software for research, please reference this web address in your papers

The objective of this project is to develop and promote a method for restoring motor function lost due to upper motor neuron lesion (spinal cord injury, stroke) in a way that the user has direct control over the movement. When a muscle contracts it is causing a weak electrical signal that can be measured on the skin over the muscle- even if the muscle is almost completely paralysed (paretic). At the same time the muscle can be electrically stimulated to contract. Combining these two principles the muscle can directly boost itself to obtain a greater amount of contraction. The project wiki is at: https://github.com/ThorsenRune/MeCFES

MeaProcess is a simple and graphical based Measurement and Automation framework and Tool. Support programming with IEC 6-1131.3 ST. Runtime available for Windows, embedded RT-Linux and other realtime OS.

Medical decision making algorithm tool. Visual design tool generates Tcl/Tk code. Non-programmers can design interactive algorithms. Generates notes for inclusion in medical record. Runs freestanding or in Tcl Plugin.

MedioVis is concerned with the user-centred development of next generation visual information seeking systems for novice and nonexpert users. Various Browsing-oriented data exploration strategies are supported (overview & detail, filtering, zooming etc.)

Mescribbler Community is a completed electronic medical record, EMR, optimized for handwriting and voice recognition on the Tablet PC. It is currently in use by hundreds of doctors worldwide. Features: billing, progress note, document management, Rx.

To develop a software architecture and implementation realized in C++ for the MegaSquirt-II engine control module available from Bowling and Grippo.

An air ride suspension controller based upon the Megasquirt GPIO controller. Controls 4 corner right height and the air compressor. Adjustment will be one knob that will raise or lower the whole car at one time.

ME OS is a non-Linux OS built from scratch. Emphasis is on the interface and forward-looking features.

Midiki, The MITRE Dialogue Toolkit, is a portable toolkit for building dialogue managers in Java. It implements the information-state model of dialogue as pioneered in Trindikit: a rule-based, theory-neutral, platform agnostic model.

This project is for a virtual keyboard on the silkscreen area of a PalmOS device. It supports multiple key layouts editable on the handheld itself; previewing on the screen; and macros to start programs or input keys. 10x4 Qwerty layout included.

This project aims to create tools for translators of software that can be easily integrated with other tools, such as gettext/po.

This project will develop cross-platform Java software for interfacing with EEG devices, specifically hardware developed by the OpenEEG project (http://openeeg.sourceforge.net/).

This is a little application that lets you type characters using just your brain and the EPOC headset. It also works as a real keyboard replacement, but it's a slow method to type. Good if you're looking for a 100% movement free soution

Mocas is a mini-shell to use in Linux/Unix systems.It is developed using C, and Linux system functions. The main objective of this project is not to create a shell as powerfull as bash.Mocas will be a solid base for programmers and developers.

MMP is a program/framework designed to process motion data delivered by - for example - a wiimote. The design is modular, so you can adapt it to your own needs.

Allows you to monitor the operation of a machine with communication with your PC via Serial, USB and the network. Monitora written in Java needs: JFreeChart, XStream, USBDevice, winjcomport(windows), RXTX(linux).

A prototype input method for OCZ's NIA headset allows full text entry. It is based on Morse Code (3 keystrokes generated from the NIA software) and can produce full English text with all ASCII symbols, uppercase and lowercase.

MorseCrane is a LEGO Mindstorms NXT robot crane using LeJOS NXJ. It receives Morse code messages via a sound sensor and types them on a keyboard.

A C++ library of high level motion analysis/computer vision functions, coupled with GUIs that allow easy configuration and use. Current development focuses on color tracking, multiple camera calibration and triangulation, and 3D tracking algorithms.

The project aims at Educational Low Cost Motion Capturing techniques, supporting various file formats such as BVH, ASF/AMC, RIB, MEL etc.

The LibMotionControl combines different serial protocols of external motion controllers to one generic interface. It is already implemented for one DC-motor (Maxon ASCII-protocol) and two stepper motor controllers (AML, Phytron). This are user level driv

ChNIMotion allows user programs to use the FlexMotion C library and run on the fly without compilation. It's an ideal solution for teaching and learning motion control, rapid prototyping, interactive motion control, and Web-based remote motion control.

A mouse tracker for OS X. The tool should provide a simple way to log the user's mouse movements in the background for (later) analysis. Currently only for Mac OS X (ObjC & Cocoa), planned to make platform independent with Python. It consists out of two

To give users the full control over the running application. This means that an application is working according to its purpose but the control over the whole interface is taken from developer and given to users. While an application is running, users can move, resize, and tune all the screen objects through which the communication with an application is going. Set of files includes the book (both in DOC and PDF formats), a big demonstration project with all its files available (all the source files are in C#), and an additional description of many used classes. Book uses the examples from the demo project to explain everything in details. The examples are from many different areas. Examples from the first part of the book are aimed at the details of algorithm and its use with different objects; examples from the second part are mostly the real and very useful applications.