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Figure 4 – uploaded by Fatima Isiaka

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Figure 4: Window interface for the physiological response analyses from fingertips and skin surface.

Figure 4 Window interface for the physiological response analyses from fingertips and skin surface.

Related Figures (4)

Figure 1: System architecture for touch screen mechanism that reads in user response and input and captured by the micro controller for response interpretation and image processing.
Figure 1: System architecture for touch screen mechanism that reads in user response and input and captured by the micro controller for response interpretation and image processing.
Figure 2: User interaction with the touch screen in a virtual environment.
Figure 2: User interaction with the touch screen in a virtual environment.
Figure 3: Physiological responses in synchronous order to each other from a participant’s session
Figure 3: Physiological responses in synchronous order to each other from a participant’s session
Figure 5: Error in measurement for both SCR and ST at the tonic and phasic classification.
Figure 5: Error in measurement for both SCR and ST at the tonic and phasic classification.
Related topics:
User Behavior ModelingPhysiological Systems Modeling
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