Theoretical Computer Science

Techniques

This page is for listing all techniques applied by the participants of the complexity competitions.


Be aware: the lists are still preliminary.

Derivational Complexity

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Method 20132012201120102009
Arctic InterpretationCaTCaTCaTCaT, TcTCaT, TcT
Match BoundsCaT, TcTCaT, TcTCaT, TcTCaT, TcTCaT, TcT
Matrix Interpretation Triangular------TcT (N)TcT (N)CaT (N),
Matchbox (N),
TcT (N)
Matrix Interpretation Non-Triangular CaT (N,R,Q),
TcT (N)
CaT (N,R,Q),
TcT (N)
CaT (N,R,Q), Matchbox (N)CaT (N,R,Q), Matchbox (N)---
Modular (Relative) Complexity AnalysisCaT, TcTCaT, TcTCaTCaTCaT
Rewriting Right Hand Sides------------TcT
Root LabelingCaTCaTCaTCaTCaT, TcT
Weight Gap PrincipleCaT, TcTCaT, TcTCaT, TcTCaT, TcTCaT

Runtime Complexity

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Method 20172016201520142013
Arctic InterpretationCaTCaT
Match BoundsAProVE, CaT, TcTAProVE, CaT, TcT
Matrix Interpretation TriangularAProVE (N)AProVE (N)
Matrix Interpretation Non-Triangular CaT (N,R,Q),
TcT (N)
CaT (N,R,Q),
TcT (N)
Modular (Relative) Complexity AnalysisAProVE, CaT, TcTAProVE, CaT, TcT
Polynomial InterpretationsAProVE (N),
TcT (N)
AProVE (N),
TcT (N)
Polynomial Path OrdersTcT (sPOP*)TcT (sPOP*)
Rewriting Right Hand SidesAProVEAProVE
Root Labeling------
Weak Dependency PairsTcTTcT
Dependency TuplesAProVE, TcTAProVE, TcT
Path AnalysisTcTTcT
Weight Gap PrincipleCaT, TcTCaT, TcT
DG DecompositionTcTTcT