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Network Flow-based Bipartitioning

Network Flow-based Bipartitioning. Perform flow-based bipartitioning under: Area constraint [4,5] Source = a , sink = i Break ties alphabetically. First Max-Flow and Its Cut. First Node Merging. Second Max-Flow and Its Cut. Second Node Merging. Third Max-Flow and Its Cut.

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Network Flow-based Bipartitioning

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  1. Network Flow-based Bipartitioning • Perform flow-based bipartitioning under: • Area constraint [4,5] • Source = a, sink = i • Break ties alphabetically Practical Problems in VLSI Physical Design

  2. First Max-Flow and Its Cut Practical Problems in VLSI Physical Design

  3. First Node Merging Practical Problems in VLSI Physical Design

  4. Second Max-Flow and Its Cut Practical Problems in VLSI Physical Design

  5. Second Node Merging Practical Problems in VLSI Physical Design

  6. Third Max-Flow and Its Cut Practical Problems in VLSI Physical Design

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