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Domino Tilings of Aztec Octagons
- Kim, Hyunggi;
- Lee, Sangyop;
- Oh, Seungsang
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WEB OF SCIENCE
1Citations
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1초록
Considerable energy has been devoted to understanding domino tilings: for example, Elkies, Kuperberg, Larsen and Propp proved the Aztec diamond theorem, which states that the number of domino tilings for the Aztec diamond of order n is equal to 2(n(n+1)/2), and the authors recently counted the number of domino tilings for augmented Aztec rectangles and their chains by using Delannoy paths. In this paper, we count domino tilings for two new shapes of regions, bounded augmented Aztec rectangles and Aztec octagons by constructing a bijection between domino tilings for these regions and the associated generalized Motzkin paths.
키워드
Aztec diamond; Domino tiling; Perfect matching; Delannoy path; SENSITIVE GRAPHICAL SUBSETS; DETERMINANTS; ENUMERATION
- 제목
- Domino Tilings of Aztec Octagons
- 저자
- Kim, Hyunggi; Lee, Sangyop; Oh, Seungsang
- 발행일
- 2023-06-01
- 유형
- Article
- 권
- 39
- 호
- 3