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Articles

Heart rate variability (HRV) during virtual reality immersion

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Figures & data

Figure 1. The scheme presenting the causes of discomfort due to a simulated movement during immersion in virtual reality. The question mark stands for excitation or the lack of excitation, depending on the conditions of exposure to virtual reality (own study).

Figure 1. The scheme presenting the causes of discomfort due to a simulated movement during immersion in virtual reality. The question mark stands for excitation or the lack of excitation, depending on the conditions of exposure to virtual reality (own study).

Figure 2. The workstation presenting a simulated work performed without real objects (left side) and with real objects (right side) (Photo: Grabowski A.)

Figure 2. The workstation presenting a simulated work performed without real objects (left side) and with real objects (right side) (Photo: Grabowski A.)

Figure 3. Heart rate (HR) – basic statistical indexes in consecutive 5-min intervals during watching the stereoscopic (3D) movie and operating the virtual workstation (sVR) at the level p<.001.

Figure 3. Heart rate (HR) – basic statistical indexes in consecutive 5-min intervals during watching the stereoscopic (3D) movie and operating the virtual workstation (sVR) at the level p<.001.

Figure 4. Spectral Power in the low frequency (LF):0.04­0.15 Hz during the exposure to the stereoscopic (3D) movie (left side) and the virtual workstation (sVR) (right side).

Figure 4. Spectral Power in the low frequency (LF):0.04­0.15 Hz during the exposure to the stereoscopic (3D) movie (left side) and the virtual workstation (sVR) (right side).

Figure 5. Spectral Power in the high frequency (HF):0.15–0.4 Hz, in consecutive 5-min intervals in exposure to the stereoscopic (3D) movie (left side) and the virtual workstation (sVR) (right side).

Figure 5. Spectral Power in the high frequency (HF):0.15–0.4 Hz, in consecutive 5-min intervals in exposure to the stereoscopic (3D) movie (left side) and the virtual workstation (sVR) (right side).

Figure 6. The sympathovagal balance index (LF/HF) during consecutive 5-min intervals in exposure to the stereoscopic (3D) movie (left side) and the virtual workstation (sVR) (right side).

Figure 6. The sympathovagal balance index (LF/HF) during consecutive 5-min intervals in exposure to the stereoscopic (3D) movie (left side) and the virtual workstation (sVR) (right side).