Open Source LabVIEW Software for ChromeOS

The OpenG Application Builder plugs into the National Instruments LabVIEW Application Builder. The OpenG Application builder provides several additional features to the National Instruments Application Builder including segregation of Open Source LabVIE

Library for reading and writing MATLAB binary files (aka MAT-Files) in LabVIEW. Currently works specifically with Version 7 MAT-File format. Written in pure G (LabVIEW source).

A collection of VIs for easier interface with basic CANopen client operations such as SDO download, SDO upload and PDO messages. Helper VIs for arbitrary mapping of dictionary objects to specific PDOs are also implemented. The project includes a quite crude implementation of the DSP 402 profile for handling motor drives in velocity and/or in position mode.

This tool allows you create fast code-images of LabVIEW. With support for text and drawing annotations

FAMOUSO is an event-based publish/subscribe middleware written in C++ for systems ranging from 8Bit micro-controllers up to 32Bit PC/Workstations.

Provides VIs to allow development of LabRAD servers and clients in LabVIEW. The project contains a native LabVIEW implementation of the API as well as an accelerated platform specific version using a DLL back-end written in Delphi.

This project is a base for developing new LabVIEW tools which aren't fully functional yet. Together with a forum discussion this will enhance the power of multi-developer LabVIEW tool development

VI package to read, analyze and graph EEG signals

Optical trap control software. This project provides an example LabVIEW software program to perform data acquisition and feedback control of optical tweezers, especially for single-molecule biophysics experiments.

This LabView project includes a Web Service (WS) and website interface hosted by a LabView server. The WS and website allow clients to acquire measurements from instruments remotely in real time, using standard browsers (e.g. iPhone) without plugins.

Switchboard is a hardware driver abstraction library for LabVIEW™ applications. Once integrated with you application you can acquire data from new devices simply by editing a text config file to let Switchboard know about your device.

The iCorrector is aimed to model and correct the interference fringes affecting the photoluminescence excitation spectra of thin-film dielectric samples. The calculations of the interference profile are performed taking into account the experimental conditions: excitation light incidence angle, wavelength range, luminescent centers distribution. An excitation field depth distribution map (*.bmp), normally calculated by the IMD software (D.L. Windt) is required for the calculations. The module is presented both as LabVIEW virtual instrument and executable requiring LabVIEW runtime (http://joule.ni.com/nidu/cds/view/p/id/2534/lang/en). It may be useful for physicists and material scientists working on the luminescence of thin films.