Home * Chess * Problems, Compositions and Studies

A Chess Problem or Composition, set by a composer, is presented to (human) solvers with a particular task to be achieved. Chess problems include the sub-genre of directmates, helpmates and selfmates in a pre-determined number of moves, and retrograde analysis problems. Beside chess problems in classical or orthodox chess, Fairy chess offers an own branch of problem solving. Unlike problems, which often present very artificial looking positions, Studies or endgame studies often appear that they could occur in a game, and represent a sort of puzzle, usually not requiring a solution in a fixed number of moves. Dedicated chess problem and composition software is used as composition tool, and to prove correctness and uniqueness of chess problems. Chess aesthetics or beauty in chess is generally appreciated by both players and composers, awarded in certain championships also in the world of chess composition.

Studies in CPW

• Behting Study
• Djaja Study
• Lasker-Reichhelm Position (Fine #70)
• Réti Endgame Study

Chess Composer

To expand this list, create a new page with the tag "composer".

• 1. Árpád Rusz
  2. Brian Gosling
  3. Gady Costeff
  4. George Georgopoulos
  5. Harold van der Heijden
  6. Henk le Grand
  7. Ilkka Blom
  8. Jan van Reek
  9. Jean-Luc Seret
  10. John Nunn
  11. John Roycroft
  12. Juha Kasanen
  13. László Lindner
  14. Ludwig Zagler
  15. Marek Kwiatkowski
  16. Michael Schlosser
  17. Mika Korhonen
  18. Mike Clarke
  19. Noam Elkies
  20. Norman A. Macleod
  21. Olaf Jenkner
  22. Paul Wiereyn
  23. Rainer Staudte
  24. Raymond Smullyan
  25. Richard K. Guy
  26. Torsten Linß
  27. Václav Kotěšovec

See also

• APwin
• Chess Problem Solving Engines
• Chesthetica by Azlan Iqbal
• Endgame
• Endgame Tablebases
• Retrograde Analysis
• Test-Positions
  Leonid's Positions
• Zugzwang

Selected Publications

1960 ...

• Vladimir E. Alekseev (1969). Compilation of Chess Problems on a Computer. Technical translation FSTC-HT-23-124-69, US Army, NTIS AD 689470 (Problemy Kibernetiki, 19, 1967)

1970 ...

• Martin Gardner (1979). Chess Problems on a Higher Plane, Including Mirror Images, Rotations and the Superqueen. Scientific American, Vol. 270
• Donald Michie (1979). The Computer Attacks Moravec Problem. Personal Computing, Vol. 3, No. 10, pp. 73 ^[1]
• Editor (1979). Chess Ratings from Problem Solving. Personal Computing, Vol. 3, No. 12, pp. 77 » CAPS II, Playing Strength

1980 ...

• Walter Korn (1980). Electronic Chess: Changing Aesthetics and Mores. Personal Computing, Vol. 4, No. 7, pp. 74
• John Roycroft (1981). The Chess Endgame Study. Dover Publications Inc., New York
• László Lindner (1982). How the Computer Helps the Composer. ICCA Newsletter, Vol. 5, No. 2
• Norman A. Macleod (1983). Is the Computer Going to Take Over from the Composer? ICCA Newsletter, Vol. 6, No. 2
• László Lindner (1983). Experience with the Second Human-Computer Problem Test. ICCA Journal, Vol. 6, No. 3

1985 ...

• Göran Grottling (1985). Problem-Solving Ability Tested. ICCA Journal, Vol. 8, No. 2
• László Lindner (1985). A Critique of Problem-Solving Ability. ICCA Journal, Vol. 8, No. 3
• László Lindner (1985). A Test to Compare Human and Computer Fairy-Chess Problem Solving. ICCA Journal, Vol. 8, No. 3
• Paul Wiereyn (1985). Problem-Solving Ability Tested II. ICCA Journal, Vol. 8, No. 3
• Paul Wiereyn (1985). Inventive Problem Solving. ICCA Journal, Vol. 8, No. 4
• László Lindner (1985). Problem Solving: The Present and Possibilities for Development. Advances in Computer Chess 4
• Henk le Grand (1986). The Impact of Computers on Chess-Problem composition. ICCA Journal, Vol. 9, No. 3
• Michael Schlosser (1988). Computers and Chess-Problem Composition. ICCA Journal, Vol. 11, No. 4
• László Lindner (1989). Performance Improvements in Problem-Solving Programs since 1984. Advances in Computer Chess 5

1990 ...

• László Lindner, Michael Schlosser (1991). New Ideas in Problem Solving and Composing Programs. Advances in Computer Chess 6
• Michael Schlosser (1991). Can a Computer Compose Chess Problems? Advances in Computer Chess 6
• Brian Gosling (1992). Chess computers and endgame studies. ICCA Journal, Vol. 15, No. 1
• Jan van Reek, Henk van Donk (1992). History of endgame study composing in the Netherlands and Flanders. ARVES. ISBN 90-72939-12-3
• Rainer Staudte, U. Erdmenger (1994). Hilfsmattaufgaben als arithmetische Constraints In: N.E. Fuchs, G. Gottlob: Proceedings of the Tenth Logic Programming Workshop, WLP 1994, Universität Zürich, Berichte des Institutes für Informatik, Nr. 94.10.
• Michael Schlosser (1994). Können Computer Schachprobleme komponieren? Teil 1: Deutsche Schachblätter/Schach-Report, 143(1994)5, S. 53-55 Teil 2: Deutsche Schachblätter/Schach-Report, 143(1994)6, S. 57-60

1995 ...

• Richard K. Guy, John Roycroft, Kenneth Solja (1996). Richard Guy's Chess Endgame Studies. Prime Actions
• Rainer Staudte (1997). Constraints for Solving Helpmates. Advances in Computer Chess 8, ps
• M. Hirose, Hitoshi Matsubara, T. Itoh (1997). The Composition of Tsume-Shogi Problems. Advances in Computer Chess 8
• Paul Wiereyn (1997). Genius-3 Cooked Endgame Studies. ICCA Journal, Vol. 20, No. 3
• Makoto Sakuta, Hiroyuki Iida (1999). Solving Problems with Uncertainty: A case study using Tsuitate-Tsume-Shogi. Proceedings of Game Programming Workshop in Japan '99, pp. 145-152, Hakone, Japan, pdf
• Noam D. Elkies (1999). On numbers and endgames: Combinatorial game theory in chess endgames. pdf, differs only in trivial stylistic details from the (1996) version published in Games of No Chance edited by Richard J. Nowakowski

2000 ...

• Harold van der Heijden (2001). Endgame Tables and Endgame Study Composition. ICGA Journal, Vol. 24, No. 2
• Noam Elkies (2001). Endgame Tables and Chess Composition. ICGA Journal, Vol. 24, No. 2
• Michael Schlosser, Rainer Staudte, Manfred Zucker (2002). 90 Jahre Schachkomposition in Chemnitz, (German) pdf

2005 ...

• Noam Elkies (2005). New directions in enumerative chess problems. Electronic Journal of Combinatorics, Vol. 11, No. 2, arXiv:math/0508645 ^[2]
• Azlan Iqbal, Mashkuri Yaacob (2006). A Systematic and Discrete View of Aesthetics in Chess. Journal of Comparative Literature and Aesthetics, Vol. XXIX, Nos. 1-2
• Fridel Fainshtein (2006). An Orthodox k-Move Problem-Composer for Chess Directmates. M.Sc. thesis, Bar-Ilan University, pdf ^[3]
• Fridel Fainshtein, Yaakov HaCohen-Kerner (2006). A Chess Composer of Two-Move Mate Problems. ICGA Journal, Vol. 29, No. 1, pdf
• Yaakov HaCohen-Kerner, Fridel Fainshtein (2006). A Deep Improver of Two-move Chess Mate Problems. Cybernetics and Systems, Vol. 37, No. 5
• Gady Costeff (2006). How I Became A Great Composer. EG, Vol. 11, 159-163, ARVES, pdf
• Azlan Iqbal, Mashkuri Yaacob (2008). Theme Detection and Evaluation in Chess. ICGA Journal, Vol. 31, No. 2
• Azlan Iqbal, Mashkuri Yaacob (2008). Advanced Computer Recognition of Aesthetics in the Game of Chess. WSEAS Transactions on Computers, Vol. 7, Issue 5, pdf
• Torsten Linß (2008). Databases for Chess Problems. Workshop Chess and Mathematics

2010 ...

• Matej Guid (2010). Search and Knowledge for Human and Machine Problem Solving. Ph.D. thesis, University of Ljubljana, pdf ^[4]
• Azlan Iqbal, Harold van der Heijden, Matej Guid (2010). Research Grant to Investigate Multi-Dimensional Aesthetic Perception using Endgame Studies. EG, Alexander Rueb Vereniging voor Schaakeindspelstudie (ARVES), No. 180, Vol. XVI ^[5]
• Azlan Iqbal (2010). Aesthetics in Mate-In-3 Combinations, Part I Combinatorics and Weights, ICGA Journal, Vol. 33, No. 3
• Azlan Iqbal (2010). Aesthetics in Mate-In-3 Combinations, Part II Normality, ICGA Journal, Vol. 33, No. 4

2011

• Azlan Iqbal (2011). Increasing Efficiency and Quality in the Automatic Composition of Three-Move Mate Problems. Entertainment Computing - ICEC 2011, Lecture Notes in Computer Science, Vol. 6972, Springer. ISBN 978-3-642-24499-5
• Guy Haworth, Eiko Bleicher, Harold van der Heijden (2011). Uniqueness in Chess Studies. ICGA Journal, Vol. 34, No. 1
• Guy Haworth, Harold van der Heijden, Eiko Bleicher (2011). Zugzwangs in Chess Studies. ICGA Journal, Vol. 34, No. 2
• Guy McCrossan Haworth, Árpád Rusz (2011). Position Criticality in Chess Endgames. Advances in Computer Games 13, pdf

2012

• Azlan Iqbal, Harold van der Heijden, Matej Guid, Ali Makhmali (2012). Evaluating the Aesthetics of Endgame Studies: A Computational Model of Human Aesthetic Perception. IEEE Transactions on Computational Intelligence and AI in Games, Vol. 4, No. 3 ^[6]

Blog & Forum Posts

2000 ...

• Chess problem solving by Timo Saari, CCC, October 04, 2001
• Test Position = Study by David Przepiorka [Vorwärts, 1910] by José Antônio Fabiano Mendes, CCC, February 05, 2004

2010 ...

• Troitzky, 1930 by Jesús Muñoz, CCC, March 25, 2013
• Draw by stalemate (Campbell, easy position for engines) by Jesús Muñoz, CCC, July 31, 2013 » Stalemate
• Study solved by Carlsen by Jesús Muñoz, CCC, August 15, 2013
• Helpmate-programs - and some problems for you.... by Jens Bæk Nielsen, CCC, August 26, 2013
• First prize for studies in Šachová skladba 2011-12 by Jesús Muñoz, CCC, August 20, 2014

2015 ...

• Wrong chess studies by Lyudmil Antonov, CCC, February 21, 2015
• Penrose Puzzle by Erin Dame, CCC, March 14, 2017 » Penrose Puzzle
• A Coup(e) of Duchamp by Ken Regan, Gödel's Lost Letter and P=NP, February 16, 2018
• Marcel Duchamp endgame "splits" engines / hash phenomenon by Kenneth Regan, CCC, February 19, 2018 » Marcel Duchamp, Transposition Table

External Links

• Chess problem from Wikipedia
• WFCC | World Federation for Chess Composition
• Glossary of chess problems from Wikipedia
• World Federation for Chess Composition - Wikipedia
• World Chess Solving Championship - Wikipedia
• World Championship of Chess Composition - Wikipedia
• International Judge of Chess Compositions - Wikipedia
• Tsumeshogi from Wikipedia
• Chess aesthetics from Wikipedia
• Chess Problems by Computer by François Labelle

Endgame Studies

General

• Endgame study from Wikipedia
• ARVES - Home (Alexander Rueb Vereniging voor SchaakEindspelStudie)
• Chess Composition in TORUN by Marek Kwiatkowski
• Chess Endgame Study Composition by Árpád Rusz
• EG (magazine) from Wikipedia
• EG issues from ARVES
• Practical Chess Endgame + Computer Analysis by Brian Gosling

Studies

• "The Georgian peasant" YouTube Video
• Saavedra position from Wikipedia

Problem Blogs

• chess-problems-gr

Schwalbe

• Schwalbe - deutsche Vereinigung für Problemschach (German)
• Die Schwalbe fom Wikipedia
• Chess Problem Database Server

Software

• Software for handling chess problems from Wikipedia
• Software - WFCC
• Software for solving chess problems / puzzles / endgame studies from Ron Murawski's Computer-Chess Wiki

Misc

Penrose Puzzle

» Roger Penrose, Penrose institute puzzle #1 • lichess.org ^[7]

• Can you solve the chess problem which holds key to human consciousness? by Sarah Knapton, The Telegraph, March 14, 2017 ^[8]
• Humans Can Solve This Chess Puzzle, But A Supercomputer Can't by Tom Hale, IFLScience, March 14, 2017
• Sure you're not a robot? Solve this chess puzzle and prove it by Lance Ulanoff, Mashable, March 14, 2017
• Will This Position Help Understand Human Consciousness? by Peter Doggers, Chess.com, March 15, 2017
• A chess problem holds the key to human consciousness? by Frederic Friedel, ChessBase News, March 16, 2017
• Can You Solve This Chess Puzzle That AI Software Can't? by Terry Berman, Interesting Engineering, March 19, 2017

References

1. ^ www.arves.org - Moravec, Josef 1882-1969
2. ^ This article is based on a presentation given at the banquet in honor of Richard Stanley's 60th birthday, and is dedicated to Stanley on this occasion
3. ^ MatPlus.Net - General => Computers & chess problems ?
4. ^ Dap Hartmann (2010). How can Humans learn from Computers? Review on Matej Guid's Ph.D. thesis, ICGA Journal, Vol. 33, No. 5
5. ^ Dr. Mohammed Azlan Bin Mohamed Iqbal (Publications and Research Grants)
6. ^ A computer program to identify beauty in problems and studies, ChessBase News, December 15, 2012
7. ^ The Penrose Institute | Human and Artificial Intelligence
8. ^ Penrose Puzzle by Erin Dame, CCC, March 14, 2017

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