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bbtech slot:sport brasil apostas@inproceedings{du-etal-2024-qa, title = "{QA}-Driven Zero-shot Slot Filling with Weak
Supervision Pretraining", author = "Du, Xinya and He, Luheng and Li, 5️⃣ Qi and Yu, Dian
and Pasupat, Panupong and Zhang, Yuan", editor = "Zong, Chengqing and Xia, Fei and Li,
Wenjie 5️⃣ and Navigli, Roberto", booktitle = "Proceedings of the 59th Annual Meeting of
the Association for Computational Linguistics and the 11th 5️⃣ International Joint
Conference on Natural Language Processing (Volume 2: Short Papers)", month = aug, year
= "2024", address = "Online", 5️⃣ publisher = "Association for Computational Linguistics",
url = "//aclanthology/2024.acl-short.83", doi = "10.18653/v1/2024.acl-short.83",
pages = "654--664", abstract = "Slot-filling is an 5️⃣ essential component for building
task-oriented dialog systems. In this work, we focus on the zero-shot slot-filling
problem, where the model 5️⃣ needs to predict slots and their values, given utterances from
new domains without training on the target domain. Prior methods 5️⃣ directly encode slot
descriptions to generalize to unseen slot types. However, raw slot descriptions are
often ambiguous and do not 5️⃣ encode enough semantic information, limiting the models{'}
zero-shot capability. To address this problem, we introduce QA-driven slot filling
(QASF), which 5️⃣ extracts slot-filler spans from utterances with a span-based QA model. We
use a linguistically motivated questioning strategy to turn descriptions 5️⃣ into
questions, allowing the model to generalize to unseen slot types. Moreover, our QASF
model can benefit from weak supervision 5️⃣ signals from QA pairs synthetically generated
from unlabeled conversations. Our full system substantially outperforms baselines by
over 5{\%} on the 5️⃣ SNIPS benchmark.", }
type="family">Du type="text">author type="given">Luheng authority="marcrelator" 5️⃣ type="text">author type="personal"> type="family">Li type="text">author type="given">Dian authority="marcrelator" type="text">author type="personal"> type="family">Pasupat type="text">author type="given">Yuan authority="marcrelator" type="text">author
the Association for Computational Linguistics and the 11th International Joint
Conference on Natural Language Processing 5️⃣ (Volume 2: Short Papers)
type="family">Zong type="text">editor 5️⃣ type="given">Fei authority="marcrelator" type="text">editor type="personal"> type="family">Li type="text">editor type="given">Roberto
authority="marcgt">conference publication
is an essential component for building task-oriented dialog systems. In this work, 5️⃣ we
focus on the zero-shot slot-filling problem, where the model needs to predict slots and
their values, given utterances from 5️⃣ new domains without training on the target domain.
Prior methods directly encode slot descriptions to generalize to unseen slot types.
5️⃣ However, raw slot descriptions are often ambiguous and do not encode enough semantic
information, limiting the models’ zero-shot capability. To 5️⃣ address this problem, we
introduce QA-driven slot filling (QASF), which extracts slot-filler spans from
utterances with a span-based QA model. 5️⃣ We use a linguistically motivated questioning
strategy to turn descriptions into questions, allowing the model to generalize to
unseen slot 5️⃣ types. Moreover, our QASF model can benefit from weak supervision signals
from QA pairs synthetically generated from unlabeled conversations. Our 5️⃣ full system
substantially outperforms baselines by over 5% on the SNIPS benchmark.
type="doi">10.18653/v1/2024.acl-short.83
5️⃣
%0 Conference Proceedings %T QA-Driven Zero-shot
Slot Filling with Weak Supervision Pretraining 5️⃣ %A Du, Xinya %A He, Luheng %A Li, Qi %A
Yu, Dian %A Pasupat, Panupong %A Zhang, Yuan %Y Zong, 5️⃣ Chengqing %Y Xia, Fei %Y Li,
Wenjie %Y Navigli, Roberto %S Proceedings of the 59th Annual Meeting of the Association
5️⃣ for Computational Linguistics and the 11th International Joint Conference on Natural
Language Processing (Volume 2: Short Papers) %D 2024 %8 5️⃣ August %I Association for
Computational Linguistics %C Online %F du-etal-2024-qa %X Slot-filling is an essential
component for building task-oriented dialog 5️⃣ systems. In this work, we focus on the
zero-shot slot-filling problem, where the model needs to predict slots and their
5️⃣ values, given utterances from new domains without training on the target domain. Prior
methods directly encode slot descriptions to generalize 5️⃣ to unseen slot types. However,
raw slot descriptions are often ambiguous and do not encode enough semantic
information, limiting the 5️⃣ models’ zero-shot capability. To address this problem, we
introduce QA-driven slot filling (QASF), which extracts slot-filler spans from
utterances with 5️⃣ a span-based QA model. We use a linguistically motivated questioning
strategy to turn descriptions into questions, allowing the model to 5️⃣ generalize to
unseen slot types. Moreover, our QASF model can benefit from weak supervision signals
from QA pairs synthetically generated 5️⃣ from unlabeled conversations. Our full system
substantially outperforms baselines by over 5% on the SNIPS benchmark. %R
10.18653/v1/2024.acl-short.83 %U //aclanthology/2024.acl-short.83 5️⃣ %U
//doi/10.18653/v1/2024.acl-short.83 %P 654-664
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