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UNDER CONSTRUCTION | = Competition Tracks and Benchmark Suite = |
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== TRACKS == | == Competition Tracks == |
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* Basic Encodings (normal lp + simple arithmetic and comparisons) * Advanced Encodings (everything but weak and nonHCF) * Optimization Encodings (everything, including weak, but nonHCF) * Unrestricted Encodings |
The ASP Competition Series consisted usually of (sub)-Tracks conceived on the basis of the "complexity" of problems; in the light of the work spent by the community on language standardization, this edition takes rather into consideration language features. As stated by the Call for Participation, according to the availability of benchmarks, to submitted systems, and to participants feedback, the competition is hence structured into four tracks: || '''Track #''' || '''Track Name''' || '''Track features''' || || 1 || Basic || Basic Decision. Encodings: normal LP + simple arithmetic and comparison operators || || 2 || Advanced || Advanced Decision. Encodings: full language, excepting optimization statements and non-HCF disjunction || || 3 || Optimization || Optimization. Encodings: full language with optimization statements, excepting non-HCF disjunction || || 4 || Unrestricted || Unrestricted. Encodings: full language || == Benchmark Suite == === Track 1 === ## Basic Decision Problems (only simple arithmetic and comparisons) * 15 Stable Marriage * 20 Visit-all * 22 Knight Tour with Holes * 24 Labyrinth * 26 Hanoi Tower * 27 Graph Colouring === Track 2 === ## Enriched Decision Problems (aggregates, HCF disjunction, queries, choice rules marked with *) * 01 Permutation Pattern Matching * 05 Graceful Graphs * 06 Bottle Filling Problem * 07 Nomystery * 08 Sokoban * 09 Ricochet Robots * 11 Reachability * 13 Solitaire * 14 Weighted-Sequence Problem * 16 Incremental Scheduling * 17 Qualitative Spatial Reasoning * 20 Visit-all * 22 Knight Tour with Holes * 26 Hanoi Tower * 27 Graph Colouring * 28 Partner Units /* (Polynomial) */ === Track 3 === ## Optimization Problems (everything except non-HCF disjunction allowed, choice rules marked with *) * 02 Valves Location Problem * 04 Connected Maximum-density Still Life * 10 Crossing Minimization * 23 Maximal Clique Problem === Track 4 === ## Second Level Problems (non-HCF disjunction, optimize marked with °, choice rules marked with *) * 12 Strategic Companies * 19 Abstract Dialectical Frameworks Well-founded Model * 21 Complex Optimization of Answer Sets * 25 Minimal Diagnosis |
Competition Tracks and Benchmark Suite
Competition Tracks
The ASP Competition Series consisted usually of (sub)-Tracks conceived on the basis of the "complexity" of problems; in the light of the work spent by the community on language standardization, this edition takes rather into consideration language features.
As stated by the Call for Participation, according to the availability of benchmarks, to submitted systems, and to participants feedback, the competition is hence structured into four tracks:
Track #
Track Name
Track features
1
Basic
Basic Decision. Encodings: normal LP + simple arithmetic and comparison operators
2
Advanced
Advanced Decision. Encodings: full language, excepting optimization statements and non-HCF disjunction
3
Optimization
Optimization. Encodings: full language with optimization statements, excepting non-HCF disjunction
4
Unrestricted
Unrestricted. Encodings: full language
Benchmark Suite
Track 1
- 15 Stable Marriage
- 20 Visit-all
- 22 Knight Tour with Holes
- 24 Labyrinth
- 26 Hanoi Tower
- 27 Graph Colouring
Track 2
- 01 Permutation Pattern Matching
- 05 Graceful Graphs
- 06 Bottle Filling Problem
- 07 Nomystery
- 08 Sokoban
- 09 Ricochet Robots
- 11 Reachability
- 13 Solitaire
- 14 Weighted-Sequence Problem
- 16 Incremental Scheduling
- 17 Qualitative Spatial Reasoning
- 20 Visit-all
- 22 Knight Tour with Holes
- 26 Hanoi Tower
- 27 Graph Colouring
28 Partner Units
Track 3
- 02 Valves Location Problem
- 04 Connected Maximum-density Still Life
- 10 Crossing Minimization
- 23 Maximal Clique Problem
Track 4
- 12 Strategic Companies
- 19 Abstract Dialectical Frameworks Well-founded Model
- 21 Complex Optimization of Answer Sets
- 25 Minimal Diagnosis