Optimal Siting of Electric Vehicle Charging Stations Using Pythagorean Fuzzy VIKOR Approach

Table 3

Aggregated Pythagorean fuzzy assessment matrix .

	C1	C2	C3	C4	C5	C6
A1	(0.817, 0.184)	(0.715, 0.286)	(0.750, 0.250)	(0.729, 0.272)	(0.729, 0.272)	(0.729, 0.272)
A2	(0.802, 0.199)	(0.690, 0.311)	(0.763, 0.239)	(0.850, 0.150)	(0.562, 0.412)	(0.750, 0.250)
A3	(0.715, 0.286)	(0.650, 0.350)	(0.830, 0.170)	(0.826, 0.175)	(0.585, 0.397)	(0.850, 0.150)
A4	(0.850, 0.150)	(0.733, 0.267)	(0.830, 0.170)	(0.781, 0.220)	(0.764, 0.237)	(0.545, 0.423)
	C7	C8	C9	C10	C11	C12
A1	(0.537, 0.428)	(0.750, 0.250)	(0.720, 0.281)	(0.279, 0.724)	(0.500, 0.450)	(0.652, 0.343)
A2	(0.545, 0.423)	(0.599, 0.387)	(0.469, 0.493)	(0.328, 0.674)	(0.395, 0.593)	(0.500, 0.450)
A3	(0.545, 0.423)	(0.792, 0.209)	(0.824, 0.178)	(0.229, 0.774)	(0.619, 0.373)	(0.744, 0.255)
A4	(0.554, 0.417)	(0.769, 0.232)	(0.500, 0.450)	(0.150, 0.850)	(0.545, 0.423)	(0.695, 0.306)