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X5ArWfummb]H?8o%fKa_Op/i9+aK7=lO$s0/+&Im9t_t8oqS! /Parent 5 0 R >> /F6 7 0 R 42 0 obj Minimum cost ow problem Minimum Cost Flow Problem 6503 6915 MD.&FVFU1di!RmTjf((uVugYb=?3?Md=i1P)PS`tpl:W(TWouh%=tg%Dsnm_a! endstream BI=B9oNH1U5#Xsb@T4^Da(AAi*jeN!6.C(S7@9*h9gac'EDT4^@MWhHm5jVR8!Fr^ 9ii5smp"N?O"dpq'N'dEEmhf93:/@p6(FE,aKdoq7S.[>S? endobj [=$OU!D[X#//hkga >> !h@D3AFiU][c_""YmT\?u=28]\$.Ke4pp&"t^/a8l]$>e4`tFEDP,'n" B2Wa'JC3)g:0W`\rrb=7N=MkJ)%(`^h*XOLGu:Ypfc*C`%XleI0A.Y2=Q83Km>_8f Applications include VLSI layout … /F4 8 0 R >> JeOcZH10rP+HAjQ^C!qI%m1cBnoN];;Z$"a)HL2k$@aQ)G/L#9G423/0M=GP:uU$= >> 8676 :;ZF,G[E*Zj/lD7'WL4Pl0=,%m8'5+;LUkrG[Xh9ic8HGrO /F4 8 0 R /F2 9 0 R For Figure 1, the capacity of path S-A-B-D = min{5, 4, 4} = 4 (Sharma, 2004; Kleinberg, 1996). 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