Dataset Viewer
Auto-converted to Parquet Duplicate
record_id
stringlengths
11
14
start
int64
0
1.19B
end
int64
62
1.19B
embedding
list
embedding_norm
float32
24.5
258
NW_006267348.1
11,820
13,147
[ 0.0311279296875, -0.0220947265625, 0.034912109375, -11.5625, -0.150390625, -0.1181640625, -0.0556640625, -0.08203125, -0.115234375, -0.228515625, -0.44140625, -0.09033203125, 0.10595703125, 0.0198974609375, 0.0712890625, 0.06494140625, -0.158203125, 0.035400390625, -0.1904296875,...
125.5
NW_006267348.1
17,065
17,144
[ -0.0498046875, 0.000896453857421875, -0.3828125, -9, -0.2314453125, -0.1005859375, 0.111328125, -0.3359375, -0.01263427734375, 0.07666015625, 0.0400390625, -0.1494140625, 0.02880859375, 0.2236328125, -0.05517578125, -0.1884765625, 0.072265625, 0.015380859375, 0.0155029296875, -...
98.5
NW_006267348.1
22,199
23,626
[ 0.0859375, 0.05126953125, -0.1923828125, -17.25, -0.0908203125, -0.1845703125, 0.022705078125, -0.103515625, 0.0947265625, 0.1591796875, -0.0291748046875, -0.1875, 0.0498046875, -0.06494140625, 0.038818359375, 0.054443359375, -0.1416015625, 0.01300048828125, -0.08837890625, -0....
181
NW_006267348.1
23,988
25,516
[ 0.099609375, -0.00286865234375, 0.09130859375, -18.125, -0.126953125, 0.0189208984375, -0.0164794921875, -0.134765625, -0.026611328125, 0.031494140625, -0.09033203125, -0.287109375, 0.03369140625, -0.03955078125, 0.2060546875, 0.154296875, -0.095703125, -0.0311279296875, -0.13085...
193
NW_006267348.1
28,410
31,305
[0.014404296875,0.0174560546875,-0.045654296875,-14.0,-0.02294921875,-0.061279296875,0.022705078125,(...TRUNCATED)
154
NW_006267348.1
33,171
34,881
[0.057373046875,-0.01422119140625,-0.14453125,-14.5625,-0.0947265625,-0.07421875,-0.0022735595703125(...TRUNCATED)
156
NW_006267348.1
35,465
37,429
[0.036865234375,-0.001556396484375,-0.0478515625,-15.0,-0.06103515625,-0.029296875,-0.0245361328125,(...TRUNCATED)
160
NW_006267348.1
38,487
39,015
[0.056884765625,0.0830078125,-0.1767578125,-21.125,0.04345703125,-0.09716796875,-0.02001953125,-0.10(...TRUNCATED)
228
NW_006267348.1
39,287
40,951
[0.06640625,0.158203125,-0.1943359375,-23.125,-0.0703125,0.115234375,-0.0155029296875,0.016235351562(...TRUNCATED)
247
NW_006267348.1
41,141
42,854
[0.072265625,0.0703125,0.134765625,-17.25,-0.123046875,0.0712890625,-0.043212890625,-0.02197265625,-(...TRUNCATED)
184
End of preview. Expand in Data Studio

Dataset Summary

AINovice2005/carbon-embeddings is a derived dataset from the Carbon corpus containing dense vector embeddings of biological sequence records.

Each row corresponds to a source sequence identified by record_id. The dataset retains the sequence's position within the processed corpus through start and end and provides a numerical embedding representing the sequence in the embedding model's learned representation space.

The dataset is intended for downstream embedding-based analysis, including similarity search, clustering, retrieval, visualization, and machine-learning workflows.

Schema

Column Type Description
record_id string Unique identifier for the source sequence record.
string_lengths int64 Length of the corresponding sequence/string.
start int64 Starting token position of the record in the processed/tokenized corpus.
end int64 Ending token position of the record in the processed/tokenized corpus.
embedding list Dense numerical vector representation generated for the sequence by the Carbon embedding model.
embedding_norm float32 L2 norm of the embedding vector.

What the Dataset Represents

The central field is embedding.

For each biological sequence, the embedding model maps the sequence into a fixed-dimensional numerical representation. Sequences that the model represents as similar may occupy nearby regions of the embedding space, depending on the model and similarity metric used.

embedding_norm records the magnitude of each embedding vector. It can be used for diagnostics and for understanding whether embedding magnitudes vary systematically across the corpus.

The dataset therefore functions as a vector representation layer over the Carbon biological sequence corpus.

Embedding Representation

The embedding column is stored as a list containing the numerical components of the sequence embedding.

The embedding should be treated as a model-generated representation rather than as a set of directly interpretable biological measurements. Individual embedding dimensions generally do not correspond to specific biological properties unless that relationship has been established through separate analysis.

For similarity and retrieval applications, users should use a distance or similarity metric appropriate to the embedding model. Cosine similarity and Euclidean distance are common choices, but the appropriate metric depends on how the embeddings were generated and normalized.

Sequence Positioning

start and end identify the corresponding region of the processed/tokenized Carbon corpus.

These are corpus/tokenization positions, not genomic coordinates.

record_id provides the primary record-level association between the embedding and its source sequence.

Intended Uses

The dataset can be used for:

  • Biological sequence similarity search
  • Nearest-neighbor retrieval
  • Sequence clustering
  • Embedding-space visualization
  • Representation-learning experiments
  • Retrieval-augmented biological workflows
  • Duplicate and near-duplicate analysis
  • Dataset exploration and stratification
  • Downstream machine-learning models

Embedding Norm

embedding_norm is the L2 magnitude of the embedding vector.

It is useful for:

  • Checking embedding generation consistency
  • Detecting anomalous vectors
  • Studying embedding magnitude distributions
  • Diagnosing numerical or preprocessing issues

Embedding norm should not itself be interpreted as a measure of biological quality or sequence importance.

Relationship to the Carbon Corpus

This dataset does not constitute a separate biological sequence collection. It is a derived computational representation of the Carbon corpus.

The source sequence remains the underlying biological object; the embedding is a model-dependent representation generated from that sequence.

The record_id, start, and end fields provide the linkage between the derived embedding records and the processed source corpus.

Dataset Statistics

The current dataset contains the following principal data types:

  • Record-level identifiers: record_id
  • Sequence/corpus metadata: string_lengths, start, end
  • Vector representation: embedding
  • Vector diagnostic: embedding_norm
Downloads last month
182