Tag: Acquisition
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Drivers: OpenBCI
(documentation written for OpenViBE 1.2.2) Document contributed by Yann Renard in collaboration with Puzzlebox n.b. This html doc has been more or less automatically generated from a Markdown source (.md in ov source tree) with some added information. Welcome Welcome … Continue reading
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Extensions: TCP Tagging (Software Tagging)
NB: Document updated for OpenViBE 2.0.1 (doc updated 14.Feb.2018). Background This text describes TCP Tagging, a software tagging mechanism for time-accurate placement of event markers (called stimulations in OpenViBE) in the EEG signal recordings. In OpenViBE, this mechanism is used … Continue reading
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Drivers: eego
NB: Document updated for OpenViBE 2.1.0 This page provides instructions for using the eego driver in the OpenViBE Acquisition Server. User manual Download eego openvibe driver manual rev 1.0 The document was kindly contributed by the manufacturer. Additional notes We … Continue reading
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Drivers: gtec gMobiLab+ driver
NB: Document updated for OpenViBE 1.0.1 (updated 18.sep.2015) OpenViBE and gMobiLab+ OpenViBE compilation currently cannot support both gTec gUSBAmp and gMobiLab+ in the same Acquisition Server executable. By default, gUSBAmp is preferred in the compilation, if both SDKs are found … Continue reading
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Drivers: LabStreamingLayer (LSL)
NB: Document updated for OpenViBE 1.2.0 (27.May.2016) OpenViBE and LabStreamingLayer LabStreamingLayer (LSL) is a protocol for exchanging streaming data between applications. We’ve developed some prototype components to enable OpenViBE to pass data between other LSL-aware applications. For example, LSL can … Continue reading
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Drivers: BioSemi ActiveTwo driver
NB: Document concerns OpenViBE 1.0.0 Copyright Notice: This document was written by Mensia Technologies (2014). This document provides instructions for using the BioSemi ActiveTwo driver in the OpenViBE Acquisition Server. The document is only available as a PDF. Click here … Continue reading
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Acquisition devices and drivers in OpenViBE
Comprehensive list of all acquisition devices currently supported in OpenViBE, officially or not, and on which OS platform they run. Continue reading
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Tutorial 3: Jitter monitoring and drift correction
The Acquisition server provides a mechanism to automatically correct any drift or jitter during acquisition. This tutorial explains how to implement this mechanism in your driver. Continue reading
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Tutorial 4: Using the built-in impedance checker
Describes how to use the Acquisition Server GUI impedance checker when implementing a driver that is compatible with Impedance checking. Continue reading
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Tutorial 2: Configuring a new driver
Covers the implementation of the configuration process of a driver, based on GTK & Glade for the GUI. Continue reading