Effect of predictive sign of acceleration on heart rate variability in passive translation situation: preliminary evidence using visual and vestibular stimuli in VR environment

Table 1 Subject attributes and the variation in LF/HF ratio

Name	Age	Sex	Driving frequency	Motion sickness sensitivity	No sign	750-Intv.	3500-Intv.
OTM	23	M	Everyday	Childhood	-	-	-
SSK	21	M	Occasionally	None	+	+	+
UEN	22	M	None	Childhood	+	+	-
HOK	28	M	Everyday	None	+	-	-
KWN	29	M	None	Occasionally	+	+	-
SUG	23	M	None	Childhood	+	-	+
JUK	21	M	Occasionally	Occasionally	+	-	-
KTM	24	M	None	None	+	+	+
MYS	28	M	None	Occasionally	-	-	+
NGW	27	M	Occasionally	None	+	-	-
SAT	28	M	Occasionally	None	+	-	+
SMY	23	M	None	None	+	+	-
STO	26	F	None	None	+	+	+
TCT	23	F	Occasionally	Occasionally	-	+	-
TJT	23	F	Everyday	Occasionally	-	+	+
UNO	25	F	None	Childhood	+	-	+
YMJ	21	F	Occasionally	Occasionally	+	-	+
YMS	24	F	None	Occasionally	+	-	+
YNG	23	F	Everyday	None	-	+	-
YSR	22	F	None	Occasionally	+	-	+
NSG	27	F	Occasionally	Occasionally	+	+	-

Name corresponds to the each titles of Figure 6.
Sex M = male, F = female
No sign, 750-Intv, and 3500-Intv + = Increase of LF/HF ratio, - = Decrease of LF/HF ratio from the first phase to the last phase.

ISSN: 1743-0003