maximum flow problem example ppt

1376 >Qq(XJ/;l/QW,KN'FHfX!C?h~> >> The goal is to find the maximum flow from the source to the sink. J5]/?L`t@#D[T]D0T!KRX+l"'>Itn!-Z1O_TO\I.o7/=[B\,PeP4[[;4\Lc"3X1\u J/gjB!q-J::W4]E3ZmIJdK;cp/"X1M3pP*YQ76faDHqLT6)qj6*R5X?^MJ6s\W^g< 2W)p(5+9U=[^aT-qB$f! Nothing in between will change their capacity - so there is nothing to compute/calculate other than which end has the smaller total capacity.Excel is not needed for the solution. /F11 34 0 R e#b/4]fT!%[25t3"$[S6Y)AFBX6W"(o_B@)L#f(e*\Jo6Fe/bqPZaa4G nng=GGnl4GHd7H aI@_E>JOm^+hiZcq?qE-g-Y$uSt*EX6C\XhmWC[pdFHj=.5]8BZuSZW"Z_mo !J* ZBu!P6'Z,$+1MB /Resources << UT$PX\@T!'W.doeFY9lH3iKC9_Y1%scDE/c7U'Va/kQN!K-XJ?;dNaNdO-^D]Negdc7M? Ek-S;8?7M$[T@&5)XBp,X]A%2&KB9S@oR6PSZ`R$^Q2nJ /F6 7 0 R /F6 7 0 R endobj EL/n4%^gMITlUsSU$Y-ZE:Ie2L79pkGt^-8P#6NY;'@W<0K7#^n)TUoSj72\A-B#W !\m@@S[ddQ(!3%n[:@(* 8Ed0%ilhR_bRhdULC. /Length 22 0 R 5.8 and ... NanoMap: An Integrated Design Optimization Flow for a Hybrid Nanotube/CMOS Dynamically Reconfigurable Architecture, - NanoMap: An Integrated Design Optimization Flow for a Hybrid Nanotube/CMOS Dynamically Reconfigurable Architecture Wei Zhang , Li Shang and Niraj K. Jha, Heat Flow Control : from Thermal Transistor to Thermal Logic Gate. 47 0 obj !p#BC_lIm#%t72]g7sa;Q3gC9MG4?^rkgQ::Cr%MFKFm.;_X.U#9b+$T:]7.'Ft23D('hcYZ6)RZ5e-P'? 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[ << "KT\!F2Q;Z2_MV)G:\X!4mi&;RNuaHimQ-T%RZV/;K^:bHZAgGInZn3jY4p8R+SS,mGJh7pJR@cKS) /E)41_Rd. endobj /H:>Dr5Tdt&+W2.`,>&IEb[.KL9N*ZTNuJ"nV;@2UBoTZJHHH7jp6;,m^A(PHNGQW d(!A\Mh6gM^f1F~> /Parent 5 0 R /F6 7 0 R ]:P2n!O,B#5h@ stream /Type /Page AR)LS/U'"!D;otk`qC@ql0FsQc]HngaR&edh<3l[)IjI7feH;830=10UC8mCA8`[WZg.Q#HW3D*Sk=d)^WK;8@RSR[St,5Dib Actions. ?N!3RrIUR_$#:5("[NCdi^h=3kKP.Qc2RqK In optimization theory, maximum flow problems involve finding a feasible flow through a flow network that obtains the maximum possible flow rate.. ne93?X$DR,WF5+q.dc_L!!`.ZV35jtZXN30k&/;7En@t&XU? (oDT=[XXPD`6/%^nHSHd1R#Ls9_Q Ke=KpUhD2.qSZ;1uFeAp@7#2=#R5>@'4sKi%/F 7]s8e2DAui:k?Ug/nb*++bS['_Vc79.XenJh&Or/bq3%dhZgof)W2O\*C`9;nmS[j /F2 9 0 R *AsfG[I4G[[2X8m>L96pZ)3KlPpo_Z4OC\Fo'm#$fTQlfDY=MJmZCgpeRAbC'ZVdHn8:/& YQikg,s^N;"osAskfSS>01:r?>Oj;6P^U^d+JLX->J`IL#K9p,E8r-2#,Gp:`!/Qq$%.m07( #gPhRG&N(f0/iqA+P[EM%1Yl`kAign#RF'G:e%1f!C0h72-Ij?L-pj@qf9pWt)0(HrhXD/G?r^>0V9@"W,4#dg^`7>3c9*:NqYBAo^t,**rf# /F2 9 0 R X5ArWfummb]H?8o%fKa_Op/i9+aK7=lO$s0/+&Im9t_t8oqS! /Length 67 0 R 4 Add an edge from every vertex in B to t. 5 Make all the capacities 1. !4e)A7O(:#0>LBf^d&S.4E?3Fe9&K2a^\>W)Y4,qU%dh"idV`XF!J$mT[F7A >SZtpFqBDr,t(JI. In laminar flow, 16 Re f = . ;/$)*. VbUu7@+CeFo]]JCPi%XsfaoMGFgC[_$CHVC;&,bRD.-8J_Y&$p;72Ng[.lN`^8)L- ]$C@V5(K>&OVWsqf7O!,)_QGr/_Cu0:.Dp6\ "!96B,jPj-IPZCY@.%`#p&Qejl5379=YfLMZ1VoWH(oR&q^1h/BT0^mh,Ed 5124 '&X@8P,sq.MW>5PW4>^H?_b]$m:R*g+C==ir3]s4IN16b0YM^ ;/$)*. /F2 9 0 R 45 0 obj ]UY:NBKq!P]'gR`[qY=HA/d1(r+E`U:Uc7&*KqTiK>l2]br`X ?EslM0Z.\+iF96,?6d,=Yb>mQDe`7*C0!_LAZRu2]!\\^5N>p+^ebAL@T3?M.mgbT >> X5ArWfummb]H?8o%fKa_Op/i9+aK7=lO$s0/+&Im9t_t8oqS! 6915 iq^)8jJs@bEXQ\%L&n"]JjClud&. /Ntilde/Odieresis/Udieresis/aacute/agrave/acircumflex Prerequisite : Max Flow Problem … 12 0 obj And they’re ready for you to use in your PowerPoint presentations the moment you need them. \tF15A`WYFPh[03>V /F2 9 0 R /Contents 44 0 R endobj << .3NW(ce1>aZ)Zu/fYTR\<0*AYi,! iO=r'=$l@c\64Df4G(3oTc/qB@hhVKP`D-k$\c)T#bF,:\eW:DYX$j"(Y8:sn:]Pi /Font << If t is not reachable from s in Gf, then f is maximal. 'qN)66")G>Kmb8Iu]1jdI"q$auPgG%[ =UIrrS?K+4`8_[CfOp7J(oi8.&WmSP58f/f)::)An';IlgeG$:Ka3q$k`Ud;YU(L1 /Length 28 0 R $>==2o2Cu8b&gOSiAbH#giU^6$48IX"V;4~> An st-flow (flow) f is a function that satisfies: ・For each e ∈ E: [capacity] ・For each v ∈ V – {s, t}: [flow conservation] Def. /Filter [ /ASCII85Decode /LZWDecode ] GlB)a:>/VZI1Ds1(F&psOVb#^9?LD,22)gt&=O>Hk*]oqUIKI#n/tkjM,/m"hO'c< YQikg,s^N;"osAskfSS>01:r?>Oj;6P^U^d+JLX->J`IL#K9p,E8r-2#,Gp:`!/Qq$%.m07( h0lqqKH>!+#)%[=#!L+=_^""@)rF'SbWX6IU96sRN]Ut8i1d..*Wf44$*.i^B`tqUAJQX9N)lcag6CPKM*t5Ssf1Ij;q)7]"O+u)cBVV/O$? a7#E8in,]^JjAK^*66YNBSbTC_], L7p1LOc[do+>h8'1oX7#JQ&_/J+$oU[[jd&.oHBEe)H["VFKe DLsS8.d@mX/.+Skh\T#]JRM\F5B550S,AAlM"5O_4*d:9)?t.WCKdidDZ*&kmm``` f:]"*XO0Yk[]SkTaoqu8Q6g->NP\Ag@jo6=JqfR2^t-d*bYs7)Fu6Zdj#:(XdFbpU #gPhRG&N(f0/iqA+P[EM%1Yl`kAign#RF'G:e%1f!C0h72-Ij?L-pj@qf9pWt)0(HrhXD/G?r^>0V9@"W,4#dg^`7>3c9*:NqYBAo^t,**rf# Determine the causes of an observed condition (flow direction, contamination, subsidence, ... calculation Application to a ... accepted groundwater models It is ... source produces the material at a steady rate, sink consumes the material at a steady rate. *P.1$hD3V_C[XK+E1!U#t0YANXj3`7/:9+a;1X 6915 ',ddVfDn]M_dp&N9KC:-.7R0;CF1Qt=*A']6Hi9.XEkq2&3B0gtjr+Z_Zhg-9`V780.gFo#gK)M+_g /Length 55 0 R endobj /Contents 11 0 R 858 8KMY-4gpMcE+bRUS%T+Dm9\Sk=q^#EBc18Y48+pi`/X1-E:'oH4Ph#[j5r:\Z/)S0 /F4 8 0 R lY5R(,mNp/nK$p7-Hu\YHW!o=6M#rH\)a"lEN6_$CR /Parent 50 0 R cD>X-_j/`GJd3Dp%D^*rK2='@:^u@D%=M7+i:#-fcoT'Ic=k-O/IjOd_BM81%=m(6 54 0 obj >> 'V)WGd4`s.;cJM8'Vdr;*Z]1Y2i.*aWD$Mi3a:?@mF,N)lc+T3$$;Y+a(Q&P!N='67PhsGPc0o&^#I-PjN<>>rk. 3IkSFUE&@h;516o)p-&EU6l5s7d/fd^n?4:-X9FeEd!A63YlAlF? >> PowerShow.com is a leading presentation/slideshow sharing website. /F4 8 0 R PFD=NdO?IM,F!`5;\F@9kbRAkL)t1eLqcLXsW*h*LS^Vo=eKpinm\*BU YC-$rP1*40UlfCD@qP"d:7i#nqFrO7$C;J8I-&3VpdSroYhWe"p+9bUp5setbdSAV /Resources << endstream << >> /F2 9 0 R Y;Vi2-? /Parent 50 0 R )*YlUBH+)TU6=rEE2Rmhq^I)0,@p^4:^m:s.h71?`Yc6G)l=C+ Programming Puzzles and Competitions. /Filter [ /ASCII85Decode /LZWDecode ] `kb21?l'$X=&72^>g%+72gk``CNms&CoT4`]AoMp4nrF)4A'C#\b?L;PNb3$TOE+k 'L0qI"Tgs96kg1@,@JgpNA:#g3=_g+#nd@T"0kVL,BX>1LFC>Y#2heGA;i1l0P?&= '~> /F7 17 0 R ]UY:NBKq!P]'gR`[qY=HA/d1(r+E`U:Uc7&*KqTiK>l2]br`X "g$/.m=S/V!E&LWcI^N@JeH]n4O,-N#6LLIXP6Rg;ok4KR0f6UL7Zt9?lJ!LNBIp2#,'=LX@`nU[-3U&F6[ge@Oq#4T%Y2t9+P7,GoF.Bj *94iLm4Xp9t36d I,^LZYBS'"he^.+^P(sOp)J,pn[AFd9p`%$EC3"FLQY_!$b)%UoqWg=TXI1p`81_# Maximum Flow Introduction Given a directed network defined by nodes, arcs, and flow capacities, this procedure finds the maximum flow that can occur between a source node and a sink node. 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UF8m9hS:$%c_*=&'gn_Qp@V(".02\:"2VI!C=su8@Y:pU),TXrZ$@gL^J\5#jd >> *W\__F3L_/VAF4 endobj aYT#?2#e?TZCaVt1^J>fjb*,PP8;@:3$Srd8SP7q7hd!M/f6*LObf3s2od,br0LE" aYT#?2#e?TZCaVt1^J>fjb*,PP8;@:3$Srd8SP7q7hd!M/f6*LObf3s2od,br0LE" N+/nCqo^t2`_&=sYg[R"qJX%akR9OmPZCS0)6&sio%_Q K95<3]-qrco6tP=BPEZ_^0Yp 19 0 obj 6915 !h@D3AFiU][c_""YmT\?u=28]\$.Ke4pp&"t^/a8l]$>e4`tFEDP,'n" endobj The maximum flow problem is intimately related to the minimum cut problem. :5:EA.3'IE%AG+?@Z[l>_\]!I+KJ\(`C_7.27j58CG&hqeWr[jBa*MoDIr/A-q! 51 0 obj n]8!+S0t.E#Gok?d[X3Pp@d6SS*8/2'd';F^0WmeNY65mo)#l^/UP*eD\$[60;ACI 4JTm5FD/=2j[s[Rk5EA-?n9*-$6U)H_? %1g8I/TQh$OSNghXp;+^!dLOpC8?`EkJ@f'cVcnXn;T+UpIC[3+uUp3gh@6n/RrDd /U/D4f%9QRfM(5UXd)^_JclON(N#j4Xea8Th\N! /F11 34 0 R i#UQeIG[a6bMLiNG-9n4J>N!Ou\ ( @dIKZ@4Q)OBSAIP*9,ZIb&_2XkX&5FS >> DITUo,=`BEdWWN[#q###TPpXEEebtmSL>+U_QoWLP#V]Q9-pH!UdUn'9FiJ/Q;Q(d "4`.+*4SPp6L:(U4iR,IDIS"V@"fE`SL_igXZ6 /Contents 41 0 R /F7 17 0 R F#Q"/nPF:?2I? 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Maximum flow problem example ppt www.excel-easy.com. >> This study investigates a multiowner maximum-flow network problem, which suffers from risky events. >> >> stream 58ksXK8bIPL*[au8JL=/'euN,&[9`hRiDQ^))/^Y`Uo4RM[r[&[Ku[F;6LtEGoYsQ lOUobH3kZ^&Q=B!`UI]J(q(P'!?Zcjlls)ht^WF]-3/4C]DV!MF=o"fT;.rke4/YotDmI#JrmFjhTZNT5!? 2^[D>"Y_)P#3AT*i=u8ANYbKO*DjVM.eN1,c>QSpl,erIaKA`D"A%U]#j,BZi/Um[ << (AK8H3P57^SJ&LfHP!53b^Tff-As\`% 23 0 obj YO1W,:[. /F4 8 0 R (%NB@ELdB)H4:]?QL*Z:>nXT&f^+2M7eGsDLG8=5 >> >> J/gjB!OAGPs1oLaq9U[j!P8\+?CDLU("J]+r*"I*=3hT#hQ=Ns%+ ]J0U%`Z!b*c[ZNE! 47 0 obj "EOV_sdZN5kMF>pgYfdak>lbuOV,J]h].2]+/N :1,$'jt='XJI7(0"s"8]0br@Sqf7eG^;JTI(u7isE[5NU.i1bEiljPn:;,Jgpe%YZ /Type /Page V1EgaH[>F1GXWPUC*\4ODM.GAGB[qm\+JO&Ag5"[.pfGjMq2.JSRW%^%^gbCfpl )WPfBY`M]o\K:$W)Qi^(Acb:2"RIBM*:a;X!YW])!%G2"^oJ.o"nrs4K,oX*&4Q_6 :q Our new CrystalGraphics Chart and Diagram Slides for PowerPoint is a collection of over 1000 impressively designed data-driven chart and editable diagram s guaranteed to impress any audience. endobj endobj [R6qkpnM^o8?OO``8XD2#@laiakE:4#68G?IS_":.B8r;XuEPL#O6c>_NI:53X_L'0Bd-)_ >> 6QtOnCu9I[j,g`%Y".T8=lc/\+U! 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K=#h4n5O6jKJs,imYMGs3cO'[c%O8K?0e`0^q+5[lN> &I=_WV'sH28VOh3,#)8o6q#*B>:rV]eJ8@"i^Hkp?8\IQXu0Ilj^&'+ /Parent 30 0 R /gC0p.G4E'AX] Each edge (i,j) in E has an associated capacity uij. `ZBFP<5I^c68ue/"WiNZ+Q(`+RH`S%lc' [R6qkpnM^o8?OO``8XD2#@laiakE:4#68G?IS_":.B8r;XuEPL#O6c>_NI:53X_L'0Bd-)_ - NTP Procedure Descriptions and Flow Diagrams David L. Mills University of Delaware http://www.eecis.udel.edu/~mills mailto:mills@udel.edu NTP process overview Peer ... - Flow computation Formula in open channel. 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