Applying an Extended Fuzzy Parametric Approach to the Problem of Water Allocations

Table 3

Solutions from EFPP.

		𝛼,𝛽=0.95			𝛼,𝛽=0.9			𝛼,𝛽=0.8			𝛼,𝛽=0.7
		t = 1	t = 2	t = 3	t = 1	t = 2	t = 3	t = 1	t = 2	t = 3	t = 1	t = 2	t = 3
					Target from reservoirs to users (×10^6 m^3)
M	R1	5.32	5.59	7.30	5.36	5.79	7.14	5.75	6.18	6.82	6.13	6.57	6.50
	R2	4.38	4.41	3.70	4.34	4.21	3.86	3.95	3.82	4.17	3.57	3.43	4.50
A	R1	8.91	9.10	11.1	8.77	8.95	10.9	8.47	8.65	10.6	8.17	8.35	10.3
	R2	4.09	4.40	3.45	4.23	4.55	3.60	4.53	4.85	3.89	4.83	5.15	4.19
I	R1	7.58	7.78	9.19	7.44	7.63	9.05	7.15	7.35	8.77	6.87	7.06	8.48
	R2	3.92	4.22	3.31	4.06	4.37	3.45	4.35	4.65	3.73	4.63	4.94	4.02
					Water deficit for users (×10^6 m^3)
M	R1	0.15	0	2.90	0	0	2.54	0	0	1.83	0	0	1.12
	R2	0	0	0	0	0	0	0	0	0	0	0	0
A	R1	4.12	3.89	6.96	3.79	3.57	6.63	3.13	2.91	5.97	2.47	2.25	5.31
	R2	0	0	0	0	0	0	0	0	0	0	0	0
I	R1	3.07	2.89	5.34	2.76	2.58	5.03	2.13	1.95	4.41	1.51	1.33	3.78
	R2	0	0	0	0	0	0	0	0	0	0	0	0

M: municipality; A: agriculture; I: industry; R1: reservoir 1; R2: reservoir 2.