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vocab_data
int64
bos
int64
model_vocab
int64
seq_len
int64
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int64
n_data_tokens
int64
data_seed
int64
sampling
string
bits_per_token
float64
dataset_bits
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2,048
2,048
2,049
64
5,000
320,000
100
uniform iid over [0,2048)
11
3,520,000
2,048
2,048
2,049
64
1,000
64,000
100
uniform iid over [0,2048)
11
704,000
2,048
2,048
2,049
64
2,500
160,000
100
uniform iid over [0,2048)
11
1,760,000
2,048
2,048
2,049
64
19,000
1,216,000
100
uniform iid over [0,2048)
11
13,376,000
2,048
2,048
2,049
64
4,000
256,000
100
uniform iid over [0,2048)
11
2,816,000
2,048
2,048
2,049
64
10,000
640,000
100
uniform iid over [0,2048)
11
7,040,000
2,048
2,048
2,049
64
10,000
640,000
100
uniform iid over [0,2048)
11
7,040,000
2,048
2,048
2,049
64
10,000
640,000
101
uniform iid over [0,2048)
11
7,040,000
2,048
2,048
2,049
64
90,000
5,760,000
100
uniform iid over [0,2048)
11
63,360,000
2,048
2,048
2,049
64
18,000
1,152,000
100
uniform iid over [0,2048)
11
12,672,000
2,048
2,048
2,049
64
44,000
2,816,000
100
uniform iid over [0,2048)
11
30,976,000

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Check out the documentation for more information.

Tiny memorization synthetic datasets

Uniformly-random token datasets replicating the methodology of "How much do language models memorize?" (arXiv:2505.24832).

Each variant /<tag>/dataset_tokens.npy is an (N, 65) int64 array: a BOS token (id 2048) followed by 64 uniform iid tokens in [0, 2048). The exact entropy is H = N * 64 * log2(2048) = N * 704 bits (see each generation_params.json). Tokens are sampled with numpy.random.default_rng(seed); the seed is recorded per variant.

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Paper for evalstate/tiny-memorization-synthetic