Data Analysis Software

Third-Party Interfaces

Data Analysis Software

BrainSurfer is Applied Neurosciences Inc's 3-D visualization software. BrainSurfer allows Real-Time Visualization of 3-Dimensional Brain Networks, for research or Neurofeedback applications. It can be used to map network activations for a variety of cognitive states including anxiety, working memory, mood, attention, addiction, pain, pleasure, ... In addition, it allows Z-score analyses and works with Neuroguide. BrainSurfer interfaces directly with Wearable Sensing's DSI-24 and DSI-7 systems to allow real-time data acquisition and processing as well as Neurofeedback. BrainSurfer can also import files recorded with Wearable Sensing's systems for off-line analysis.
EEGLAB is a MATLAB-based toolbox for offline EEG analysis. Wearable Sensing has developed a DSI-Streamer to EEGLAB extension (formerly termed "plug-in") that allows users to load Wearable Sensing's DSI-Streamer files into EEGLAB seamlessly
Wearable Sensing has developed a DSI-Streamer to MATLAB extension that allows users to load Wearable Sensing's DSI-Streamer files into MATLAB seamlessly.
Mensia Technologies is building innovative solutions for neurophysiological research and neurofeedback applications, including brain-computer interface (BCI) software packages, neurofeedback applications, offline data analysis and artifact removal, and add-ons for advanced signal processing, visualization, and source localization. Mensia's NeuroRT software is designed by the same pioneers in BCI technology who created OpenViBE "NeuroRT Studio is a block diagram environment for the design of real-time experiments and analysis for neuroscience. It provides a graphical editor to drag and drop boxes from a library covering the essential steps of such analysis: data read and write (from/to a device and/or a file), temporal and spatial filtering, epoching, selection, mathematical operations, visualization, and many others. These processing steps can then be connected together with wires in order to create a signal processing pipeline." Wearable Sensing's DSI systems are compatible with Mensia's NeuroRT Studio.
Neuroguide is Applied Neurosciences Inc's EEG analysis software. Its features and capabilities include: Real-time Dynamic Normative EEG Comparison, Automatic Artifact Rejection, EEG Coherence, Phase Delays, Amplitude Asymmetry & Power, joint-time-frequency-analyses (JTFA), FFT Normative Power Ratios and Peak Frequency and Color Maps from 1 to 50 Hz, Dynamic Time-Frequency Z Scores, Time Domain LORETA Z Scores, and much much more... It also has several add-ons for Pre- vs. Post-treatment analysis & group comparisons (NeuroStat), automatic processing of large numbers of EEG files (NeuroBatch), Mild Head Injury Discriminant Function and TBI EEG Severity Index, Learning Disability Discriminant Function, LORETA normative databases, Statistics, and 3-Dimensional Source Correlations, Coherence and Phase Differences Between 88 Bordmann Areas, Brain Performance Index, Bi-Spectral Analyses In addition, Neuroguide Add-ons allow the use of Z Score Surface EEG or LORETA Z Score EEG for Neurofeedback, with capabilities to Link Symptoms to Functional Networks in the Brain Neuroguide interfaces directly with Wearable Sensing's DSI-24 and DSI-7 systems to allow real-time data acquisition and processing as well as Neurofeedback. Neuroguide can also import files recorded with Wearable Sensing's systems for off-line analysis.
The Virtual Mobile Laboratory (VML) facilitates the collation, curation, collaboration and computation of extremely large EEG data sets from anywhere at anytime.

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NeuroVIS is a real-time data analysis and visualization engine optimized for biosensory and neuroscience applications. EEG/ECG data visualization produces fully interactive and animated 3D displays of spatially distributed time-series data facilitating intuitive interpretation of complex phenomena. As a tool for monitoring and analyzing brain activity, NeuroVIS will contribute to accelerating brain research by supporting researchers, clinicians and innovators in pushing the boundaries of brain science and its applications.





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