Category:Flow networks
Appearance
directed graph where each edge has a capacity and each edge receives a flow | |||||
Upload media | |||||
Subclass of | |||||
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Depicts | transport network and road network | ||||
Has use | |||||
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Subcategories
This category has the following 4 subcategories, out of 4 total.
Media in category "Flow networks"
The following 200 files are in this category, out of 201 total.
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Baseball Elimination Problem.png 938 × 386; 42 KB
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BeispielMaximalerFluss1.png 1,080 × 480; 12 KB
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BeispielMaximalerFluss2.png 1,080 × 480; 30 KB
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BeispielMaximalerFluss3.png 1,080 × 480; 12 KB
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Dijkstra even odd solution 1.png 422 × 654; 18 KB
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Dijkstra even odd solution 2.png 423 × 654; 25 KB
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Dsa all pair cheapest path input.png 658 × 415; 16 KB
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Dsa all pair cheapest path problem.png 193 × 135; 4 KB
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Dsa bar node example.png 81 × 53; 964 bytes
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Dsa bfs dijkstra transform.png 310 × 376; 11 KB
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Dsa bfs small connected component case i.png 433 × 318; 7 KB
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Dsa bfs small connected component case iii.png 433 × 322; 11 KB
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Dsa bfs undirected problem.png 347 × 155; 5 KB
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Dsa binary search tree in order.png 116 × 68; 1 KB
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Dsa binary search tree post order.png 116 × 68; 1 KB
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Dsa binary search tree pre order.png 116 × 68; 1 KB
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Dsa binary search tree succ 1.png 294 × 241; 5 KB
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Dsa binary search tree succ path up 1.png 592 × 551; 11 KB
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Dsa binary search tree succ path up 2.png 592 × 551; 13 KB
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Dsa binary search tree succ path up 3.png 592 × 551; 13 KB
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Dsa binary search tree succ path up 4.png 592 × 551; 13 KB
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Dsa binary search tree succ path up 5.png 592 × 551; 13 KB
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Dsa binary search tree succ path up.png 592 × 551; 11 KB
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Dsa bipartite matching reduced.png 347 × 266; 7 KB
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Dsa bipartite matching solution.png 347 × 266; 9 KB
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Dsa bipartite matching variation solution.png 347 × 266; 10 KB
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Dsa bitonic euclidean tsp example 1.png 730 × 306; 9 KB
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Dsa bitonic euclidean tsp example 2.png 734 × 306; 11 KB
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Dsa bitonic euclidean tsp m i j and min cost.png 366 × 281; 4 KB
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Dsa bitonic euclidean tsp proof case 2.png 734 × 306; 9 KB
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Dsa bitonic euclidean tsp proof case 3.png 349 × 281; 5 KB
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Dsa bitonic euclidean tsp symmetric.png 733 × 308; 10 KB
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Dsa bst child parent 1.png 714 × 239; 10 KB
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Dsa bst child parent 2.png 714 × 239; 9 KB
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Dsa combine sort recurrence.png 608 × 320; 12 KB
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Dsa dense bst member.png 729 × 319; 11 KB
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Dsa dijkstra even odd problem.png 347 × 155; 7 KB
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Dsa dijkstra proof case 1.png 650 × 124; 5 KB
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Dsa dijkstra proof case 2.png 651 × 122; 7 KB
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Dsa dijkstra proof path.png 644 × 68; 3 KB
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Dsa dijkstra red black problem.png 347 × 155; 8 KB
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Dsa dijkstra red black solution 2.png 422 × 654; 26 KB
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Dsa dijkstra single negative edge problem.png 347 × 155; 7 KB
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Dsa dijkstra single negative edge solution 2.png 423 × 654; 25 KB
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Dsa disjoint paths transform.png 452 × 395; 11 KB
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Dsa disjoint sets size join join 2.png 752 × 961; 18 KB
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Dsa dynamic median solution finding med.png 270 × 87; 3 KB
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Dsa dynamic median solution transfering.png 270 × 107; 3 KB
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Dsa dynamic programming cloth cutting cutting example.png 656 × 433; 7 KB
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Dsa dynamic programming cloth cutting example.png 327 × 183; 3 KB
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Dsa dynamic programming cloth cutting horizontal.png 404 × 193; 3 KB
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Dsa dynamic programming cloth cutting vertical.png 443 × 202; 4 KB
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Dsa dynamic programming matrix chain mult memoized 1.png 308 × 262; 6 KB
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Dsa dynamic programming matrix chain mult memoized 2.png 308 × 261; 5 KB
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Dsa dynamic programming matrix chain mult memoized 3.png 308 × 261; 6 KB
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Dsa dynamic programming matrix chain mult memoized.png 309 × 262; 6 KB
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Dsa dynamic programming salmon fish memoized step 1.png 519 × 223; 11 KB
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Dsa dynamic programming salmon fish memoized step 2.png 519 × 223; 11 KB
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Dsa dynamic programming salmon fish memoized step 3.png 519 × 223; 10 KB
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Dsa dynamic programming salmon fish memoized step n minus 1.png 327 × 146; 5 KB
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Dsa dynamic programming salmon fish memoized step n.png 39 × 68; 1 KB
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Dsa dynamic programming salmon fish memoized.png 520 × 223; 10 KB
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Dsa dynamic programming salmon fish simple recurrence.png 635 × 270; 13 KB
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Dsa efficient adj list imp solution.png 366 × 504; 8 KB
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Dsa flow augmented.png 347 × 155; 10 KB
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Dsa flow augmenting path.png 731 × 417; 26 KB
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Dsa flow cut 1.png 423 × 779; 36 KB
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Dsa flow cut 2.png 462 × 260; 13 KB
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Dsa flow flow hierarchy.png 505 × 217; 14 KB
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Dsa flow ishimoto cut.png 577 × 366; 15 KB
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Dsa flow ishimoto problem.png 385 × 316; 10 KB
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Dsa flow ishimoto solution.png 569 × 327; 14 KB
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Dsa flow not legal flow.png 347 × 155; 10 KB
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Dsa flow problem opt sol.png 347 × 155; 10 KB
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Dsa flow problem.png 347 × 155; 8 KB
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Dsa flow residual net.png 673 × 159; 9 KB
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Dsa flow reuse edge after one.png 270 × 135; 6 KB
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Dsa flow reuse edge after two.png 270 × 135; 6 KB
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Dsa flow reuse edge counterexample setting.png 270 × 124; 5 KB
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Dsa flow s cut size induction.png 423 × 529; 16 KB
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Dsa flow whole flow better counterexample.png 308 × 155; 6 KB
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Dsa flow whole flow counterexample setting.png 385 × 124; 5 KB
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Dsa flow whole flow counterexample still.png 385 × 124; 6 KB
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Dsa flow whole flow counterexample.png 385 × 124; 6 KB
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Dsa flow whole flow counterexample2 1.png 270 × 124; 6 KB
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Dsa flow whole flow counterexample2 2.png 273 × 141; 7 KB
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Dsa flow whole flow counterexample2 setting.png 395 × 343; 11 KB
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Dsa foo node example.png 87 × 48; 1 KB
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Dsa foobar tree example.png 224 × 141; 3 KB
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Dsa handshaking lemma.png 176 × 193; 4 KB
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Dsa handshaking seating transform.png 384 × 385; 8 KB
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Dsa k smallest in dense tree size.png 752 × 242; 9 KB
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Dsa k smallest in dense tree tree size.png 752 × 242; 10 KB
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Dsa k way merege lists init.png 599 × 308; 9 KB
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Dsa k way merge lists step 1.png 599 × 308; 8 KB
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Dsa k way merge lists step 2.png 519 × 308; 8 KB
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Dsa linked list link.png 193 × 37; 457 bytes
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Dsa list init.png 193 × 143; 3 KB
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Dsa list pop back 1.png 232 × 143; 4 KB
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Dsa list push front 1.png 239 × 143; 4 KB
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Dsa list push front 2.png 243 × 143; 4 KB
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Dsa list push front 3.png 315 × 143; 4 KB
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Dsa list reverse solution.png 776 × 673; 22 KB
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Dsa merge sort analysis.png 425 × 512; 12 KB
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Dsa mst heaviest in circle before last alt.png 156 × 180; 4 KB
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Dsa mst heaviest in circle before last.png 156 × 177; 3 KB
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Dsa mst heaviest in circle init.png 156 × 174; 3 KB
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Dsa mst uses lightest edge in graph.png 474 × 299; 9 KB
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Dsa possible flow problem.png 375 × 155; 7 KB
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Dsa possible red black tree possible.png 176 × 232; 5 KB
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Dsa queue from 2 stacks proof init.png 352 × 347; 9 KB
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Dsa queue from 2 stacks proof push.png 352 × 846; 19 KB
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Dsa queue from 2 stacks proof top.png 352 × 798; 17 KB
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Dsa really simple flow problem.png 347 × 155; 8 KB
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Dsa really simple flow solution 1.png 731 × 155; 13 KB
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Dsa really simple flow solution 2.png 731 × 155; 14 KB
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Dsa really simple flow solution 3.png 731 × 155; 14 KB
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Dsa red black tree ins prob.png 816 × 1,056; 21 KB
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Dsa red black tree insert fixup child of root.png 734 × 157; 5 KB
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Dsa red black tree insert fixup has red uncle.png 732 × 212; 10 KB
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Dsa red black tree insert fixup zig zag.png 733 × 217; 10 KB
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Dsa red black tree insert fixup zig zig.png 731 × 225; 10 KB
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Dsa red black tree tree ins prob.png 714 × 330; 15 KB
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Dsa red black tree tree.png 311 × 215; 6 KB
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Dsa running time in post pre order indunction step.png 347 × 279; 7 KB
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Dsa salmon fish examples.png 623 × 178; 9 KB
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Dsa salmon fish setting.png 615 × 39; 3 KB
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Dsa skyline houses.png 750 × 519; 10 KB
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Dsa skyline skyline.png 750 × 519; 9 KB
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Dsa sqrt recurrent tree.png 387 × 512; 8 KB
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Dsa tn 2 t alpha n plus t 1 minus alpha n plus theta n.png 613 × 521; 14 KB
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Dsa tree adding edge cycle cycle shown.png 347 × 196; 6 KB
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Dsa tree adding edge cycle orig.png 347 × 155; 4 KB
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Dsa tree adding edge cycle path shown.png 347 × 155; 5 KB
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Dsa union find problem 2.png 270 × 299; 7 KB
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Dsa union find problem.png 288 × 193; 5 KB
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Dsa zbale bridge example.png 405 × 462; 8 KB
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Duongtangluong.png 760 × 248; 50 KB
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Edmonds-Karp flow example 0.svg 750 × 400; 25 KB
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Edmonds-Karp flow example 1.svg 750 × 400; 25 KB
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Edmonds-Karp flow example 2.svg 750 × 400; 25 KB
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Edmonds-Karp flow example 3.svg 750 × 400; 25 KB
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Edmonds-Karp flow example 4.svg 750 × 400; 25 KB
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H8.png 814 × 536; 30 KB
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It is circulation on graph and cut.png 1,456 × 1,366; 160 KB
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It is circulation on graph.png 1,456 × 1,366; 157 KB
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It is flow on graph.png 1,456 × 1,366; 157 KB
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It is not circulation on graph.png 1,456 × 1,366; 156 KB
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It is not flow on graph.png 1,456 × 1,366; 158 KB
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Luong cuc dai 2.png 362 × 216; 20 KB
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Luongsautang.png 769 × 200; 36 KB
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Mang luong.png 766 × 233; 39 KB
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Matran.png 718 × 561; 37 KB
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Max flow residual.svg 790 × 430; 17 KB
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Max flow.svg 790 × 430; 14 KB
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Maximum bipartite matching to max flow.svg 815 × 390; 11 KB
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MFP1.jpg 1,456 × 1,366; 201 KB
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MFP2.jpg 2,425 × 817; 247 KB
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Min cut.png 264 × 167; 11 KB
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Min cut.svg 330 × 100; 11 KB
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Mst distinct edges unique condensing after.png 279 × 262; 5 KB
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Mst distinct edges unique condensing before.png 279 × 262; 5 KB
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Mst distinct edges unique wrong proof alt.png 327 × 241; 5 KB
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Mst distinct edges unique wrong proof.png 212 × 241; 3 KB
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Multi-source multi-sink flow problem.svg 780 × 815; 17 KB
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Network flow 8 vertices blank.svg 1,276 × 531; 10 KB
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Network flow 8 vertices solution.svg 1,276 × 531; 10 KB
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Network flow 9 vertices blank.svg 1,205 × 638; 12 KB
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Network flow 9 vertices solution.svg 1,205 × 780; 12 KB
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Network flow residual SVG.svg 2,424 × 1,197; 99 KB
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Network flow residual.png 332 × 164; 23 KB
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Network Flow Reversed Edge 0.svg 780 × 390; 5 KB
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Network Flow Reversed Edge 1.svg 780 × 390; 5 KB
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Network Flow Reversed Edge 2.svg 780 × 390; 5 KB
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Network Flow Reversed Edge 3.svg 780 × 390; 5 KB
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Network Flow SVG.svg 800 × 408; 37 KB
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Network flow.png 332 × 165; 27 KB
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Node splitting.svg 638 × 461; 10 KB
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PipeNet.jpg 520 × 280; 21 KB
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Push Relabel Algoritm Example - Initial Graph.svg 1,028 × 673; 8 KB
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Push Relabel Algoritm Example - Step 1.svg 1,028 × 673; 10 KB
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Push Relabel Algoritm Example - Step 2.svg 1,028 × 673; 10 KB
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Push Relabel Algoritm Example - Step 3.svg 1,028 × 673; 9 KB
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Push Relabel Algoritm Example - Step 4.svg 1,028 × 673; 10 KB
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Push Relabel Algoritm Example - Step 5.svg 1,028 × 673; 9 KB
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Push Relabel Algoritm Example - Step 6.svg 1,028 × 673; 9 KB
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Push Relabel Algoritm Example - Step 7.svg 1,028 × 673; 10 KB
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Push Relabel Algoritm Example - Step 8.svg 1,028 × 673; 11 KB
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Push Relabel Algoritm Example - Step 9.svg 1,028 × 673; 11 KB
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Push-Relabel Algorithm Example - Final Network Graph.svg 1,028 × 673; 8 KB
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Push-Relabel Algorithm Example - Step 1.svg 1,028 × 673; 10 KB
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Push-Relabel Algorithm Example - Step 2.svg 1,028 × 673; 10 KB
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Push-Relabel Algorithm Example - Step 3.svg 1,028 × 673; 9 KB
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Push-Relabel Algorithm Example - Step 4.svg 1,028 × 673; 10 KB
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Push-Relabel Algorithm Example - Step 5.svg 1,028 × 673; 9 KB
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Push-Relabel Algorithm Example - Step 6.svg 1,028 × 673; 9 KB
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Push-Relabel Algorithm Example - Step 7.svg 1,028 × 673; 10 KB
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Push-Relabel Algorithm Example - Step 8.svg 1,028 × 673; 11 KB
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Push-Relabel Algorithm Example - Step 9.svg 1,028 × 673; 11 KB
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Red de flujo.jpg 507 × 293; 37 KB