, , . , , , . , , . , , . XPL1 Z, D2, D1:
PL1={ Z, D2, D1 } (1)
Z, D2, D1 D:
D = Z D2 D1; Z ∩ D2 ∩ D1= Ø (2)
dm D :
dm = (d1m, d2m, d3m, d4m, d5m, d6m, d7m, d8m, d9m, d10m, d11m, d12m) (3)
m − ; d1m − ; d2m − 볺; d3m − ᒺ ; d4m − ; d5m − ; d6m − ; d7m − ; d8m − ; d9m − ; d10m − , ; d11m − ; d12m − .
dm Z, D2, D1 - :
1. 볺 쳿, :
(4)
2. , D2 :
(5)
3. , , :
(6)
(t) Tarj(t):
YPL1={ (t), Tarj(t); } (7)
Nv − .
(7) , D1, D2, Z:
XPL2 = {Z, D1, D2, (t), Tarj(t), } (8)
nj(t), SOj(t), 쳿 Sj(t), kj(t) ᒺ SVj(t) , j j- :
YPL2={( (t), SOj(t), Sj(t), kj(t), SVj(t), j(t)), } (9)
nj(t) SOj(t), − Tarj(t) :
XPL3, j = { (t), SOj(t), Tarj(t)}, (10)
nij(t), ᒺ SOij(t) SPij(t):
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YPL3, j={ (nij(t), SOij(t), SPij(t)), }, (11)
N − , .
. . - , , . . Δ nij (t), Δ SOij(t) Δ Sij(t):
Δ NZ 3j (t) = (Δ nij(t), Δ SOij(t), Δ SPij(t)). (12)
Δ nij(t) = nij(t) - nij (t); Δ SOij(t)= SOij(t) - SOij(t); Δ Sij(t)= Sij(t) - Sij(t).
Δ nj(t), Δ SOj(t), Δ Sj(t), Δ kj(t) ᒺ Δ SVj(t) , Δ j(t): Δ nj(t)=nj(t)-nj(t); Δ SOj(t) =SOj(t) - SOj(t); Δ Sj(t) =Sj(t) - Sj(t); Δ kj(t) =kj(t) - kj(t); Δ SVj(t) =SVj(t) - SVj(t), Δ j(t) = j(t) (t) - j(t)
Δ NZ 2 (t) = (Δ nj (t), Δ SOj(t), Δ SPj(t), Δ kj(t), Δ SVj(t), Δ j(t)). (13)
(t) (t) : Δ (t) = (t) - (t).
Δ NZ 1 (t) = Δ (t). (14)
, - Δ NZ 3j (t), Δ NZ 2 (t), Δ NZ 1 (t), . (t+ 1). , Y U, (12)-(14), (15)-(17) , − (18)-(20), − (21)-(23):
3,j={(nij(t),SOij(t),SPij(t)), Δ NZ3 (t), }, (15)
Y3,j={ (nij(t+1), SOij(t+1), SPij(t+1)), }, (16)
U3,j={(nij(t+1), SOij(t+1)), }, (17)
2={ (nj (t), SOj (t), Sj (t), kj (t), SVj (t), j(t),Δ NZ2 (t), } (18)
Y2={(nj(t+1), SOj(t+1), SPj(t+1), kj(t+1), SVj(t+1), j(t+1) ), } (19)
U2={(nju(t+1), SOj(t+1)), } (20)
1={ (t- 1), Δ NZ 1(t- 1) } (21)
Y1={ (t+1), Tarj(t+1), } (22)
U1={ Tarj(t+1), } (23)
, :