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Siamese BERT-based Model for Web Search Relevance Ranking Evaluated on a New Czech Dataset
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Web search engines focus on serving highly relevant results within hundreds of milliseconds. Pre-trained language transformer models such as BERT are therefore hard to use in this scenario due to their high computational demands. We present our real-time approach to the document ranking problem leveraging a BERT-based siamese architecture. The model is already deployed in a commercial search engine and it improves production performance by more than 3%. For further research and evaluation, we release DaReCzech, a unique data set of 1.6 million Czech user query-document pairs with manually assigned relevance levels. We also release Small-E-Czech, an Electra-small language model pre-trained on a large Czech corpus. We believe this data will support endeavours both of search relevance and multilingual-focused research communities.
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A Comparative Study of Text Retrieval Models on DaReCzech
A benchmark on the Czech DaReCzech dataset finds Gemma2 most accurate, Contriever least accurate, and SPLADE/PLAID the best efficiency-quality trade-off.
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