Table 1: Optimal values for s and v and corresponding optimal costs .

DLFRD(α, β)DRD(β)DWD(β, γ)DMWD(α, β, γ)
α = 0.01
β = 0.0366
β = 0.0388 β = 0.0078
γ = 3
α = 0.03
β = 6.1 10−3  
γ = 3

δ = 0.5s = 1
v = 3  
= 0.7457
s = 1
v = 3
= 0.7485
s = 1
v = 2
= 0.5937
s = 1
v = 2
= 0.6182
δ = 1s = 1
v = 2
= 0.6359
s = 1
v = 2
= 0.6321
s = 1
v = 2
= 0.4717
s = 1
v = 2
= 0.4962
δ = 2s = 1
v = 2
= 0.5248
s = 1
v = 2
= 0.5210
s = 1
v = 2
= 0.3605
s = 1
v = 2
= 0.3851
δ = 1/8s = 1
v = 3
= 0.8593
s = 1
v = 3
= 0.8621
s = 1
v = 2
= 0.7408
s = 1
v = 3
= 0.7572
δ = 8s = 1
v = 1
= 0.3633
s = 1
v = 1
= 0.3530
s = 1
v = 1
= 0.1681
s = 1
v = 1
= 0.2229

δ = 0.5s = 1
v = 3
= 0.5527
s = 1
v = 3
= 0.5545
s = 1
v = 2
= 0.4920
s = 1
v = 3
= 0.4846
δ = 1s = 1
v = 3
= 0.4694
s = 1
v = 3
= 0.4712
s = 1
v = 2
= 0.3700
s = 1
v = 2
= 0.3863
δ = 2s = 1
v = 2
= 0.3684
s = 1
v = 2
= 0.3659
s = 1
v = 2
= 0.2589
s = 1
v = 2
= 0.2752
δ = 1/8s = 1
v = 4
= 0.6637
s = 1
v = 3
= 0.6682
s = 1
v = 3
= 0.6087
s = 1
v = 3
= 0.5982
δ = 8s = 1
v = 1
= 0.2435
s = 1
v = 1
= 0.2366
s = 1
v = 1
= 0.1134
s = 1
v = 1
= 0.1499

δ = 0.5s = 1
v = 4
= 0.3414
s = 1
v = 4
= 0.3445
s = 1
v = 3
= 0.3309
s = 1
v = 3
= 0.3256
δ = 1s = 1
v = 3
= 0.2763
s = 1
v = 3
= 0.2773
s = 1
v = 3
= 0.2476
s = 1
v = 3
= 0.2423
δ = 2s = 1
v = 2
= 0.2120
s = 1
v = 2
= 0.2107
s = 1
v = 2
= 0.1572
s = 1
v = 2
= 0.1654
δ = 1/8s = 1
v = 5
= 0.4261
s = 1
v = 5
= 0.4314
s = 1
v = 3
= 0.4445
s = 1
v = 4
= 0.4248
δ = 8s = 1
v = 1
= 0.1237
s = 1
v = 1
= 0.1203
s = 1
v = 1
= 0.0586
s = 1
v = 1
= 0.0769