Graphs -> Randomized / Global Min-Cut
One undirected weighted graph, no designated source/sink, and the cheapest global cut found first through deterministic Stoer-Wagner phases.
- Topic slug:
graphs/global-min-cut
- Tutorial page: Open tutorial
- Ladder page: Open ladder
- Repo problems currently tagged here:
1
- Repo companion pages:
5
- Curated external problems:
3
Microtopics
- global-min-cut
- stoer-wagner
- cut-contraction
- maximum-adjacency-order
- undirected-cuts
- karger-compare
Learning Sources
Practice Sources
Repo Companion Material
Curated External Problems
Warm-Up
| Problem |
Source |
Difficulty |
Context |
Style |
Prerequisites |
Tags |
Why it fits |
| Police Chase |
CSES |
Medium |
Min Cut, Edge Cut, Flow |
S-T Min Cut; Edge Extraction |
Max Flow; Cut Extraction |
Roads; Certificate |
Another clean compare point: extract one cut certificate first, then move to the global family where no designated pair remains. |
Core
| Problem |
Source |
Difficulty |
Context |
Style |
Prerequisites |
Tags |
Why it fits |
| Minimum Cut |
POJ |
Hard |
Undirected Cuts |
Stoer-Wagner; Dense Cut Phases |
Max Flow Min Cut Intuition; Undirected Weighted Graphs |
Stoer-Wagner; Cut Contraction |
Canonical global min-cut benchmark: no designated source/sink, parallel edges allowed, and the whole task is exactly the cut-family route. |
Classics
| Problem |
Source |
Difficulty |
Context |
Style |
Prerequisites |
Tags |
Why it fits |
| Sabotage |
UVa |
Medium |
Min Cut, Flow |
S-T Min Cut; Cut Extraction |
Max Flow; Minimum Cut |
Graph Partition |
Warm-up compare point: still one cut-extraction task, useful before the no-source/sink global min-cut lane. |
Repo Problems
| Code |
Title |
Fit |
Difficulty |
Pattern |
Note |
Solution |
GLOBALMINCUT |
Minimum Cut |
primary |
hard |
- |
Note |
Code |
Regeneration
python3 scripts/generate_problem_catalog.py