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| ||N09 ||Ricochet Robots ||Julius Höfler, Martin Gebser, Philipp Obermeier, Roland Kaminski, Torsten Schaub ||Search || ||Puzzle ||[[https://www.mat.unical.it/aspcomp2013/RicochetRobot|view]] || [[https://www.mat.unical.it/aspcomp2013/files/ricochetSampleInstances.zip|download]] ||[[https://www.mat.unical.it/aspcomp2013/files/checkers/ricochet_robot-checker.zip|download]] || [[https://www.mat.unical.it/aspcomp2013/files/14-Ricochet-Robot-encoding.asp|Ricochet Robots]] || | ||N09 ||Ricochet Robots ||Julius Höfler, Martin Gebser, Philipp Obermeier, Roland Kaminski, Torsten Schaub ||Search || ||Puzzle ||[[https://www.mat.unical.it/aspcomp2013/RicochetRobot|view]] || [[https://www.mat.unical.it/aspcomp2013/files/samples/ricochet_robot-sample.zip|download]] ||[[https://www.mat.unical.it/aspcomp2013/files/checkers/ricochet_robot-checker.zip|download]] || [[https://www.mat.unical.it/aspcomp2013/files/14-Ricochet-Robot-encoding.asp|Ricochet Robots]] || |
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| * Feb. 14th, 2013: * Updated ASP-Core-2 encoding for ''Valves Location'' |
Official Problem Suite
Contents
Problem List - Model & Solve and System Track
Nr |
Name |
Author(s) |
Type |
Complexity |
Domain |
Problem Description |
Sample Instances |
Checker |
ASP-Core-2 encoding |
N01 |
Permutation Pattern Matching |
Martin Lackner, Andreas Pfandler |
Search |
NP |
Combinatorial |
||||
N02 |
Valves Location Problem |
Andrea Peano |
Optimization |
Beyond NP |
Combinatorial |
||||
N04 |
Connected Maximum-density Still Life |
Christian Drescher |
Optimization |
Beyond NP |
AI |
||||
N05 |
Graceful Graphs |
Christian Drescher |
Search |
NP |
Graph |
||||
N06 |
Bottle Filling Problem |
Wolfgang Faber |
Search |
|
Combinatorial |
||||
N07 |
Nomystery |
Giovambattista Ianni, Carlos Linares López*, Hootan Nakhost* |
Search |
|
Planning |
||||
N08 |
Sokoban |
Giovambattista Ianni, Wolfgang Faber*, Carlos Linares López* |
Search |
|
Planning |
||||
N09 |
Ricochet Robots |
Julius Höfler, Martin Gebser, Philipp Obermeier, Roland Kaminski, Torsten Schaub |
Search |
|
Puzzle |
||||
O10 |
Crossing Minimization |
Carmine Dodaro, Graeme Gange*, Peter Stuckey* |
Optimization |
Beyond NP |
Graph |
||||
N11* |
Reachability |
Carmine Dodaro, Giorgio Terracina* |
Query |
P |
Graph |
|
|||
N12* |
Strategic Companies |
Mario Alviano, Marco Maratea*, Francesco Ricca* |
Query |
Beyond NP |
AI |
|
|||
O13 |
Solitaire |
Marcello Balduccini, Yuliya Lierler* |
Search |
NP |
Puzzle |
||||
O14 |
Weighted-Sequence Problem |
Marcello Balduccini, Yuliya Lierlier, Shaden Smith |
Search |
NP |
Database |
||||
O15 |
Stable Marriage |
Mario Alviano, Carmine Dodaro, Francesco Ricca |
Search |
P |
Graph |
||||
O16 |
Incremental Scheduling |
Marcello Balduccini, Yuliya Lierler* |
Search |
NP |
Scheduling |
Problem List - System Track only
Nr |
Name |
Author(s) |
Type |
Complexity |
Domain |
ASP-Core-2 Encoding |
Problem Description |
Sample Instances |
Checker |
ASP-Core-2 encoding |
N17 |
Qualitative Spatial Reasoning |
Jason Jingshi Li |
Search |
NP |
Formal logic |
|
|
|||
N18 |
Chemical Classification |
Despoina Magka |
Search |
P |
Natural Sciences |
|
Chemical Classification (60+ MB) |
|||
N19 |
Abstract Dialectical Frameworks Well-founded Model |
Stefan Ellmauthaler, Johannes Wallner |
Optimization |
|
Formal logic |
|
||||
N20 |
Visit-all |
Giovambattista Ianni,Nir Lipovetzky*, Carlos Linares López* |
Search |
|
Planning |
|
||||
N21 |
Complex Optimization of Answer Sets |
Martin Gebser, Roland Kaminski, Torsten Schaub |
Search |
|
Synthetic |
|
||||
N22* |
Knight Tour with Holes |
Francesco Calimeri, Neng-Fa Zhou* |
Search |
NP |
Puzzle |
|
||||
O23 |
Maximal Clique Problem |
Guenther Charwat, Martin Kronegger, Johan Wittocx* |
Optimization |
Beyond NP |
Graph |
|
||||
O24 |
Labyrinth |
Carmine Dodaro, Giovambattista Ianni, Martin Gebser* |
Search |
NP |
Puzzle |
|
||||
O25 |
Minimal Diagnosis |
Marcello Balduccini, Martin Gebser* |
Search |
Beyond NP |
Diagnosis |
|
||||
O26 |
Hanoi Tower |
Gayathri Namasivayam, Miroslaw Truszczynski, Shaden Smith, Alex Westlund |
Search |
NP |
AI |
|
||||
O27 |
Graph Colouring |
Johannes Wallner, Marcello Balduccini*, Yuliya Lierler* |
Search |
NP |
Graph |
|
Legenda
Columns in the table below are to be read as following:
Nr. ID of the benchmark. The prefixes N resp. O denote a newly added resp. a 2011 benchmark. New problems with a * denote an old problem with changes in its specification.
Author(s). Names of authors. A * denotes that they authored the respective package in previous years.
Type. One of Search, Optimization, Query. See the problem classification page.
Complexity. One of P, NP or Beyond-NP. To be read as the known complexity of the underlying decisional problem associated to the domain at hand. P: known to be solvable in polynomial time in the size of input. NP: known to be solvable
in non-deterministic polynomial time in the size of input. Beyond-NP: any other problem.
Domain. The domain type, e.g. graph, scheduling, planning etc.
Problem Description. Problem specifications in their official form, with latest notes and updates.
Sample Instances. A link to sample instances for the given problem.
Checker. A checker script for validating solutions. See here for the checker I/O specifications.
ASP-Core-2 encoding. The encoding which will be used in the System Track. Recall that the Model & Solve track has no fixed encoding, no fixed input language instead.
Changelog
- Feb. 14th, 2013:
Updated ASP-Core-2 encoding for Valves Location
- Feb. 13th, 2013:
Updated ASP-Core-2 encoding for Ricochet Robot
Removed Rotating workforce scheduling from the problem list.
- Feb. 11th, 2013:
Marked with * codes of 2011's problems with slight different specification.
- Updated Crossing Minimization and Maximal Clique Problem checkers to additionally output the costs of the provided solution.
A fix in the Valves Location encoding.
- Feb. 10th, 2013:
- Fix, update and clarify specs for Rotating Workforce Scheduling.
- Feb. 9th, 2013:
- Specified that trucks can carry more than one package in Nomystery.
- Added sample instances for Reachability.
- Update specs for Strategic Companies.
- Fix specs for Reachability.