GigaEmbeddings — Efficient Russian Language Embedding Model

We introduce GigaEmbeddings, a novel framework for training high-performance Russianfocused text embeddings through hierarchical instruction tuning of the decoder-only LLM designed specifically for Russian language (GigaChat-3B).Our three-stage pipeline, comprising large-scale contrastive pre-training in web-scale corpora, fine-tuning with hard negatives, and multitask generalization across retrieval, classification, and clustering tasks, addresses key limitations of existing methods by unifying diverse objectives and leveraging synthetic data generation.Architectural innovations include bidirectional attention for contextual modeling, latent attention pooling for robust sequence aggregation, and strategic pruning of 25% of transformer layers to enhance efficiency without compromising performance.Evaluated on the ruMTEB benchmark spanning 23 multilingual tasks, GigaEmbeddings achieves state-of-the-art results (69.1 avg.score), outperforming strong baselines with a larger number of parameters.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.18653/v1/2025.bsnlp-1.3
Primary Topic
Natural Language Processing Techniques
Type
article
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article

GigaEmbeddings — Efficient Russian Language Embedding Model

Anastasia Ianina, Egor Kolodin
Natural Language Processing Techniques
article

GigaEmbeddings — Efficient Russian Language Embedding Model

Anastasia Ianina, Egor Kolodin
article en

Abstract

We introduce GigaEmbeddings, a novel framework for training high-performance Russianfocused text embeddings through hierarchical instruction tuning of the decoder-only LLM designed specifically for Russian language (GigaChat-3B).Our three-stage pipeline, comprising large-scale contrastive pre-training in web-scale corpora, fine-tuning with hard negatives, and multitask generalization across retrieval, classification, and clustering tasks, addresses key limitations of existing methods by unifying diverse objectives and leveraging synthetic data generation.Architectural innovations include bidirectional attention for contextual modeling, latent attention pooling for robust sequence aggregation, and strategic pruning of 25% of transformer layers to enhance efficiency without compromising performance.Evaluated on the ruMTEB benchmark spanning 23 multilingual tasks, GigaEmbeddings achieves state-of-the-art results (69.1 avg.score), outperforming strong baselines with a larger number of parameters.

Openalex Percentile: Top 90%
Natural Language Processing Techniques
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