“…Trominoes were introduced by Golomb [3], who proved that deficient squares whose side length is a power of two can be tiled. Chu and Johnsonbaugh first extended Golomb's work to the general cases of deficient squares [1].…”
Section: Figure 1 a Trominomentioning
confidence: 99%
“…We will indicate decompositions into nonoverlapping subrectangles by means of an additive notation. For example, a 3i × 2 j rectangle can be decomposed into i j 3 × 2 subrectangles and we write this fact as R(3i, 2 j) = i µ=1 j ν=1 R(3, 2) = i j R (3,2). It follows from this and the tiling in FIGURE 2 that any 3i × 2 j or 2i × 3 j rectangle can be tiled.…”
Section: Vol 77 No 1 February 2004mentioning
confidence: 99%
“…But in cases B and C, the tiling must tile the leftmost 3 × 2 subrectangle of Q, so that the original tiling is also a tiling of the third column of Q, which is an R (3,1). This is impossible.…”
Section: Figure 3 An Impossibility Proofmentioning
confidence: 99%
“…This is a special case of a well-known and beautiful example of mathematical induction [3], [4, page 4], [6, page 45…”
Section: Dog-eared Rectangle Theorem An M × N Dog-eared Rectangle Camentioning
confidence: 99%
“…− is tiled by the ChuJohnsonbaugh Theorem and reference [3]. Finally if m = 11, n must be congruent to either 8 − ; the first terms are tiled by the Chu-Johnsonbaugh Theorem and the tiling of the last term can be found in reference [1].…”
“…Trominoes were introduced by Golomb [3], who proved that deficient squares whose side length is a power of two can be tiled. Chu and Johnsonbaugh first extended Golomb's work to the general cases of deficient squares [1].…”
Section: Figure 1 a Trominomentioning
confidence: 99%
“…We will indicate decompositions into nonoverlapping subrectangles by means of an additive notation. For example, a 3i × 2 j rectangle can be decomposed into i j 3 × 2 subrectangles and we write this fact as R(3i, 2 j) = i µ=1 j ν=1 R(3, 2) = i j R (3,2). It follows from this and the tiling in FIGURE 2 that any 3i × 2 j or 2i × 3 j rectangle can be tiled.…”
Section: Vol 77 No 1 February 2004mentioning
confidence: 99%
“…But in cases B and C, the tiling must tile the leftmost 3 × 2 subrectangle of Q, so that the original tiling is also a tiling of the third column of Q, which is an R (3,1). This is impossible.…”
Section: Figure 3 An Impossibility Proofmentioning
confidence: 99%
“…This is a special case of a well-known and beautiful example of mathematical induction [3], [4, page 4], [6, page 45…”
Section: Dog-eared Rectangle Theorem An M × N Dog-eared Rectangle Camentioning
confidence: 99%
“…− is tiled by the ChuJohnsonbaugh Theorem and reference [3]. Finally if m = 11, n must be congruent to either 8 − ; the first terms are tiled by the Chu-Johnsonbaugh Theorem and the tiling of the last term can be found in reference [1].…”
A dissection of an animal is a partition of its cells into blocks that are themselves animals. The n‐rule allows only those dissections with the area of every block a multiple of n. If an animal with area divisible by n has no dissection allowed by the n‐rule, then the animal is said to be an n‐irreducible. The partition meet of all allowed dissections of a given animal is called the n‐dissection residue of that animal. This paper considers only planar animals. All 2‐irreducibles are found, and the problem of computing 2‐dissection residues is solved. Two theorems on n‐irreducibles are proved. One of them states that large n‐irreducibles always arise by adding cells to smaller n‐irreducibles.
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