The MindWare Technologies EDA Application gives life sciences researchers a powerful, easy-to-use research tool that works directly with industry standard data formats and standard desktop applications. The MindWare EDA application is used in many top research institutions nationwide and is continually improved by our development team.

Intuitive analysis software

Powerful, flexible segmentation options.

• Analyze specific time spans with millisecond precision
• Utilize events to quickly and consistently jump to points of interest (baseline, tasks, etc) in the file
  • Automatically read events from MindWare, AcqKnowledge, Brain Vision files
  • Import events from Mangold INTERACT, Noldus Observer, and more
  • Detect events from digital pulses
• Continuous analysis for second by second calculation of statistics
• Load EDA/GSC/GSR and Respiration data
  • Measure respiration directly (with a respiration belt) or derive from cardiac impedance signals
• Supports MindWare data files (MWX/MWI, MW), AcqKnowledge 3 Graph (.acq), European Data Format (EDF), Biosemi Data Format (BDF), BrainVision data format (VHDR/EEG)
  • Import many other file formats using the ASCII-MW converter
• Automatically synchronize and playback up to 4 video files while viewing physiology data

• Know where your statistics come from – only published and peer reviewed algorithms are used throughout
• Visualize data with colorful, easy to understand graphs
• Output popular, industry standard metrics of Electrodermal Activity with the press of a button – no configuration needed. Automatically identify skin conductance responses and relate them to stimulus markers (events):
  • Mean Skin Conductance Level (SCL)
  • Tonic/Phasic SCL
  • Number of Skin Conductance Responses (SCRs)
    • Non-specific and event-related
  • Magnitude, latency, and half recovery of all SCRs
  • And more
• Write all statistics to an easy-to-read Excel file for further review/analysis

• Comprehensive graphical data editor allows you to easily manipulate detected skin conductance responses
  • Delete/Insert peaks and troughs of SCRs
  • Interpolate over motion/respiration artifact to preserve signal amplitude and mean SCL
• Use respiration to help inform data editing decisions
• Save multiple edit files to track editing techniques across many team members

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