datasets
Training and evaluation data, with the modality, task and licence stated up front. Listed live from the Hugging Face Hub.
resultspartial_orders_on_lattice_paths_11x10
Dataset Card for Partial Orders on Lattice Paths from (0,0)(0,0)(0,0) to (11,10)(11,10)(11,10)
Consider northeast lattice paths that travel along the edges
of a grid from (0,0)(0, 0)(0,0) to (a,b)(a, b)(a,b), only taking steps north and
east and never passing through the diagonal y=baxy = \frac{b}{a}xy=abx, where aaa and bbb are relatively prime. [1] defines two
order relations on such paths called the matching ordering (≤M)(\leq_M)(≤M)and the Lagrange ordering (≤L)(\leq_L)(≤L)… See the full description on the dataset page: https://huggingface.co/datasets/ACDRepo/partial_orders_on_lattice_paths_11x10.partial_orders_on_lattice_paths_12x11
Dataset Card for Partial Orders on Lattice Paths from (0,0)(0,0)(0,0) to (12,11)(12,11)(12,11)
Consider northeast lattice paths that travel along the edges
of a grid from (0,0)(0, 0)(0,0) to (a,b)(a, b)(a,b), only taking steps north and
east and never passing through the diagonal y=baxy = \frac{b}{a}xy=abx, where aaa and bbb are relatively prime. [1] defines two
order relations on such paths called the matching ordering (≤M)(\leq_M)(≤M)and the Lagrange ordering (≤L)(\leq_L)(≤L)… See the full description on the dataset page: https://huggingface.co/datasets/ACDRepo/partial_orders_on_lattice_paths_12x11.partial_orders_on_lattice_paths_10x9
Dataset Card for Partial Orders on Lattice Paths from (0,0)(0,0)(0,0) to (10,9)(10,9)(10,9)
Consider northeast lattice paths that travel along the edges
of a grid from (0,0)(0, 0)(0,0) to (a,b)(a, b)(a,b), only taking steps north and
east and never passing through the diagonal y=baxy = \frac{b}{a}xy=abx, where aaa and bbb are relatively prime. [1] defines two
order relations on such paths called the matching ordering (≤M)(\leq_M)(≤M)and the Lagrange ordering (≤L)(\leq_L)(≤L)… See the full description on the dataset page: https://huggingface.co/datasets/ACDRepo/partial_orders_on_lattice_paths_10x9.