Open Source C# HMI Software - Page 2

A open source monitor system for automation application

EBBA is a project aiming to develop an advanced chatbot by combining AIML, 3d facial expressions, speech synthesizer, speech recognition and an iq-test solving functionality.

ExperiScope is a new way to investigate command selection experiment results. It will allow you to efficently explore and compare the results of your experiments without losing the key elements of an interaction.

This is an SDK that unites input from various eye-tracking systems and provides a common API for developers regardless of the system in use.

FUBI is a framework for full body interaction using a depth sensor such as the Microsoft Kinect with OpenNI/NiTE or the Kinect SDK. It further supports the Leap Motion Controller. FUBI is written in C++ and includes a C#-Wrapper. Releases are tested on Windows 8.1, but there also exist Linux Code::Blocks project files. Fubi's main functionality is gesture and posture recognition according to four gesture categories: 1. Static postures: Configuration of several joints (positions or orientations). 2. Linear/Angular movements: Linear movement of joints with specific direction and speed or angular movement around an axis. 3. Combination of postures and movements: Combines sets of 1 and 2 in a sequence of states with specific time constraints. 4. Symbolic gestures: Gesture with complex shape that are defined by recorded sample data. If you use Fubi in a scientific project, please cite one of the related publications mentioned on the project website.

FreeMAF stands for "Free modularized application framework" and is a framework for creating leightweight applications for mobile devices. FreeMAF allows developers to configure specific applications from a range of available modules in some simple step

Gesture Recognition mAnagement Framework for Interactive Tabletop Interfaces. Built on top of the TUIO C# client, the framework supports multi-touch and multi-user interactions. The possible use of tangible objects is particularly contemplated.

(EN)The goal of the User Control project is to make few User Controls to interface PLC system to HMI application build Under Win32. Every cooperation will be very appreciated. (IT) L'obiettivo del progetto e' quello di realizzare una serie di controll

incasys is human machine interface for X-ray microanalysis on the Scanning Electron Microscope.

The purpose of the project is to allow a normal webcam to be used as a Human Interface Device (HID). Examples of how to use this software would be used are : mouse, control video games, electronic white board, or a replacement for a tabletpc.

KineticaRT .Net Components are a unique collection of software components for building high speed systems for control, monitoring, test and data acquisition. KineticaRT .Net Components have a proven track record for reliability and speed of implementation in automotive and aerospace markets. KineticaRT .Net Components are used in applications as diverse as greenhouse automation, financial data displays, retail security, F1 wind tunnels and engine test cells. KineticaRT .Net Components are used around the world by software developers, system integrators and end users. Functionality and reliability are assured.

Welcome to Multimodal Unmanned Aerial Vehicle Controller (MMAR) This project intends to develop a multimodal interface which gives a human operator capability of controlling a QuadRotor UAV efficiently and more easily. During this project we use a simulated QuadRotor called AirRobot in a simulation environment for development of robots, USARSim. There are some aspects involved in this project including touch, pose tracking, gesture recognition, voice recognition, etc and we try to utilize capabilities of some devices available today such as Android Phones and Microsoft Kinect. Using a windows appliacation called MMUAVC Fusion App, this system gathers all data from sensors and issues control commands for the QuadRotor

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.

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.

Welcome to Multimodal AirRobot Controller (MMAR) This project intends to develop a multimodal interface which gives a human operator capability of controlling QuadRotors efficiently and more easily. During this project we use simulated quadrotor called AirRobot in a simulation environment for development of robots, USARSim. There are some aspects involved in this project including touch, pose tracking, gesture recognition, voice recognition, etc and we try to utilize capabilities of devices available today such as some pose measurement tools like Android Devices (with accelerometer, compass, etc), some gesture recognizer like whether simple cameras or some other tools for instance Microsoft Kinect (with gesture and voice recognition), a Windows PC (As a Server for our application), another Windows PC (As a server to USARSim)

This project aims to give a demonstrative application on how to implement a multi mouse user interface with the help of Microsoft Multimouse SDK. The program runs a very simple Tic-Tac-Toe game for two players with two mice. ( .NET Framework 3.0 required

A C# implementation of some simple tabletop applications that showcase the functionality of a multi-touch display. The applications support multiple simultaneous users and demo the possible interactions for collaboration and play on a multi-touch surface

This is windows/.net port of OpenGazer project, originally written by Piotr Zielinski

OPC-QuickClient is an OPC client which allows users to view and modify OPC items very quickly from a various list of local or distant OPC servers. You will need to install additional files like "OPCEnum.exe" from http://www.opcfoundation.org/.

An OPC-XML compliant server for the MODBUS protocol used in process controllers and PLCs. It will provide low-cost access to plant data and support futher development of Open SCADA applications. Based on the OpenDA (opc-xml) project.

OW.NET -- 1-Wire API port from Java (and J#) to C#. Use the Dallas 1-Wire and iButton chips with standard C# using a serial adapter (also CF.net) or the TMEX drivers on the Windows platform. No J# distribution installation required.

The Onyx Voice Control Panel is a voice-operated desktop control panel that can be configured to carryout multiple tasks at your voice command. Onyx is also loaded with a "dictation" mode that allows the computer's voice-responses to your commands.

A .NET wrapper for OpenCV, a computer vision library. The wrapper is fully developed in C#, making the OpenCV library available to all the .NET based languages, like C#, VB.NET, managed C++, IronPython, F#, etc.

In intensive care units (ICU) patients vital signs are monitored. This is an attempt to build an interface which can show external and simulated medical data, to mimic these patient monitors. The motivation for this project are my experiments with building medical devices.