# Dense Vectors
E5 Large V2 Onnx
Apache-2.0
This is a sentence transformer model that maps sentences and paragraphs into a dense vector space, suitable for tasks such as clustering and semantic search.
Text Embedding English
E
nixiesearch
114
0
Dragon Plus Context Encoder
This is a sentence transformer model adapted from facebook/dragon-plus-context-encoder, designed to map sentences and paragraphs into a 768-dimensional vector space, suitable for tasks such as clustering and semantic search.
Text Embedding
Transformers

D
nthakur
118
2
Negmpnet
NegMPNet is a negation-aware version based on all-mpnet-base-v2, capable of mapping sentences and paragraphs into a 768-dimensional dense vector space, particularly adept at handling negation semantics.
Text Embedding
Transformers English

N
tum-nlp
31
0
Bert Base Turkish 128k Uncased Spelling Correction
This is a model based on sentence-transformers that can map sentences and paragraphs into a 16-dimensional dense vector space, suitable for tasks such as clustering or semantic search.
Text Embedding
B
karakastarik
40
2
Spiced
A model based on sentence-transformers that maps sentences and paragraphs to a 768-dimensional dense vector space, suitable for tasks such as clustering or semantic search.
Text Embedding
S
copenlu
37
3
Congen TinyBERT L4
Apache-2.0
A sentence embedding model based on ConGen, capable of mapping sentences to a 312-dimensional vector space, suitable for tasks like semantic search.
Text Embedding
Transformers

C
kornwtp
13
1
Sentence Transformer Klue
This is a sentence-transformers-based model that maps sentences and paragraphs into a 768-dimensional dense vector space, suitable for tasks such as clustering or semantic search.
Text Embedding
Transformers

S
hunkim
17
1
Trec Covid V2 Msmarco Distilbert Gpl
This is a model based on sentence-transformers that maps sentences and paragraphs into a 768-dimensional dense vector space, suitable for tasks such as sentence similarity calculation and semantic search.
Text Embedding
Transformers

T
GPL
31
0
Featured Recommended AI Models