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Paper Citation Record · LEDGER
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Observation eb6cdc65-12a3-4d12-b3e5-53ba31e2e5d4 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Second-order stochastic optimization for machine learn- ing in linear time.Journal of Machine Learning Re- search, 18(116):1–40, 2017
Reference 1
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Can generative ai models extract deeper sentiments as compared to tra- ditional deep learning algorithms?IEEE Intelligent Systems, 39(2):5–10, 2024
Reference 2
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Observation e3e43d48-4a40-44cb-a3a4-b58de0e1679f · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Summarizing news: Unleashing the power of bart, gpt-2, t5, and pega- sus models in text summarization
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Guardbench: A large-scale benchmark for guardrail models
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Machine un- learning
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Observation 4fa1a6ca-daf1-4c37-afc4-38dc141431a9 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning TweetNLP: Cutting- edge natural language processing for social media
Reference 8
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Observation 21f23894-dfd2-4887-8a1e-804062c50691 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Towards making systems forget with machine unlearning
Reference 9
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Observation 99404189-b224-4ed4-8ffc-f3d91a07dd68 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Pruning strategies for back- door defense in llms
Reference 10
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Observation ad9c5a94-9ac6-452a-a2df-ea6ac76042cc · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Detecting Backdoor Attacks on Deep Neural Networks by Activation Clustering
Reference 11
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Observation 4148720e-0ace-4a26-b293-9344d0057875 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning A thorough examination of the cnn/daily mail reading comprehension task
Reference 12
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Observation 6551c652-8c50-4a92-8cad-dc99ecf998d2 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Badnl: Backdoor attacks against nlp mod- els with semantic-preserving improvements
Reference 13
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Observation 5372bdf6-70da-4d83-b404-26668075350a · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Sdd: Self-degraded defense against malicious fine-tuning
Reference 14
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Observation 1dc83893-e269-410e-b3c3-fa4726ce4d21 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Gonzalez, Ion Stoica, and Eric P
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Observation 9877d1e3-c170-4415-be7c-e36bddd9c430 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Forget unlearning: Towards true data-deletion in machine learning
Reference 16
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Observation 6fa6a541-c059-4f34-9112-2555d47400f6 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Scaling instruction-finetuned language models.Journal of Ma- chine Learning Research, 25(70):1–53, 2024
Reference 17
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Observation 8b79489f-2f02-42b5-8f7d-6c3e064b7112 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning A discourse-aware attention model for ab- stractive summarization of long documents
Reference 18
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Certi- fied adversarial robustness via randomized smoothing
Reference 19
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Wikisum: Coherent summariza- tion dataset for efficient human-evaluation
Reference 20
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Structured in- formation extraction from scientific text with large lan- guage models.Nature communications, 15(1):1418, 2024
Reference 21
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Observation 085f207d-352b-4699-ae43-8a4fdd126162 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning The llama 3 herd of models.arXiv e-prints, pages arXiv–2407, 2024
Reference 22
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Observation d26b0f0c-3249-416d-b92f-b3d9c271c123 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning The algorithmic foun- dations of differential privacy.Foundations and Trends® in Theoretical Computer Science, 9(3-4):211–407, 2014
Reference 23
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Observation cb190af6-bf31-4fd3-afd1-7fceaaf526e6 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning HotFlip: White-Box Adversarial Examples for Text Classification
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Multi-news: A large-scale multi-document summarization dataset and abstractive hierarchical model
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Strip: A de- fence against trojan attacks on deep neural networks
Reference 27
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Observation 0384e2a3-83be-4efa-8fb7-e30b1fd6baf6 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Eternal sunshine of the spotless net: Selective forgetting in deep networks
Reference 28
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Observation 2dbfdf83-15b9-4978-b07e-0ca57429a07c · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Explaining and Harnessing Adversarial Examples
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Flight of the pegasus? comparing transformers on few- shot and zero-shot multi-document abstractive summa- rization
Reference 30
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Observation b3d9ddff-11f9-4200-bec9-5ad98c99f817 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Countering the Effects of Lead Bias in News Summarization via Multi-Stage Training and Auxiliary Losses
Reference 31
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Observation f45b68c8-867a-4531-ab5a-4aa649a44926 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Certified data removal from machine learning models
Reference 32
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Observation bf36c18c-9d13-4d8d-9c27-986ac4ee862e · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Adaptive machine unlearning.Advances in Neural Information Processing Systems, 34:16319–16330, 2021
Reference 33
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Observation 06e861f1-6c54-4178-bbc2-adfbaa049e75 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Generative language models exhibit social identity bi- ases.Nature Computational Science, 5(1):65–75, 2025
Reference 34
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Observation 6023ad4b-0e64-4280-8ba0-a298e6ca15c1 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Adaptive defense against harmful fine- tuning for large language models via bayesian data scheduler
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Antidote: Post-fine- tuning safety alignment for large language models against harmful fine-tuning attack
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning GPT-4o System Card
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Knowledge unlearning for mitigating privacy risks in language models
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Mistral 7B
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Is bert really robust? a strong baseline for nat- ural language attack on text classification and entailment
Reference 40
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Observation 87c6c9d6-2a48-4069-a441-3628fd0abf56 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Understanding black- box predictions via influence functions
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Gender bias and stereotypes in large language models
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Investigating implicit bias in large language models: A large-scale study of over 50 llms
Reference 43
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Observation 9eb4bb5e-e7eb-472a-89c2-bdae45c6695d · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Datainf: Efficiently estimating data influence in lora- tuned llms and diffusion models
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Observation 35267433-e757-4b32-a2e1-8b0e64cc8947 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning BART: Denoising Sequence-to-Sequence Pre-training for Natural Language Generation, Translation, and Comprehension
Reference 45
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Efficiently generat- ing sentence-level textual adversarial examples with seq2seq stacked auto-encoder.Expert Systems with Ap- plications, 213:119170, 2023
Reference 46
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Text adver- sarial purification as defense against adversarial attacks
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning ROUGE: A package for automatic eval- uation of summaries
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Observation 705915d7-bc53-4a85-a97d-bcb7b81c4a1a · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Joint character-level word embedding and adversarial stability training to defend adversarial text
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning On learning to summarize with large language models as references
Reference 50
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Modality- aware neuron pruning for unlearning in multi- modal large language models
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Multi-xscience: A large-scale dataset for extreme multi-document sum- marization of scientific articles
Reference 52
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Observation 07012f10-eb41-48ee-89d7-dbbdffac9ff3 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Towards deep learning models resistant to adversarial attacks
Reference 53
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Adversarial training methods for semi-supervised text classification
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Observation d3e48206-941d-41c5-b006-7081bb440440 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Adversarial text purification: A large language model approach for defense
Reference 55
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Observation aa6f6014-46f1-41a3-9719-6a9510bd085e · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Sum- marunner: A recurrent neural network based sequence model for extractive summarization of documents
Reference 56
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Observation ece11160-796d-4913-897d-e4ed3b4b30fe · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning A survey of machine unlearning.ACM Transactions on Intelligent Systems and Technology, 16(5):1–46, 2025
Reference 57
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Observation da74e412-a538-4612-8967-3f006dab3404 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Textguard: Provable defense against backdoor attacks on text classification
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Observation 278bc3f8-ec6c-463e-95e7-c3e872bdf02e · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Estimating training data influence by trac- ing gradient descent.Advances in Neural Information Processing Systems, 33:19920–19930, 2020
Reference 59
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Observation 4cd1474f-cbf0-4c59-8472-431b07b48f7c · outbound
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Observation 9b6139d6-89c8-449a-80d0-b55642919784 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Exploring the limits of transfer learn- ing with a unified text-to-text transformer.The Journal of Machine Learning Research, 21(1):5485–5551, 2020
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning On context utilization in summarization with large language models
Reference 62
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Sentence-bert: Sen- tence embeddings using siamese bert-networks
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Representation nois- ing: A defence mechanism against harmful finetuning
Reference 64
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Immuniza- tion against harmful fine-tuning attacks
Reference 65
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning A maximum entropy approach to adaptive statistical language modelling.Computer speech and language, 10(3):187, 1996
Reference 66
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Rome was built in 1776: A case study on factual correctness in knowledge-grounded response generation
Reference 67
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Evaluating performance of transformer models for dialogue summarization: A comparison of t5-base, t5-small, and bart-base
Reference 68
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Textshield: Beyond successfully detecting adversarial 17 sentences in text classification
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning what shapes your bias?
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Peftguard: detecting backdoor attacks against parameter- efficient fine-tuning
Reference 71
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Reference 73
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Unrolling sgd: Understanding factors influencing machine unlearning
Reference 74
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Observation 6cc86b16-7391-47f4-9068-8c46a60de85b · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Spectral signatures in backdoor attacks.Advances in neural information processing systems, 31, 2018
Reference 75
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Concealed data poisoning attacks on nlp models
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Mitigating data poisoning in text classification with differential privacy
Reference 80
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Observation 8d2b888f-35e3-48d4-984b-e9486d07ea90 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Clibe: Detecting dynamic back- doors in transformer-based nlp models.Network and Distributed System Security (NDSS) Symposium, 2025
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Alignscore: Evaluating factual consistency with a uni- fied alignment function
Reference 84
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Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning Pegasus: Pre-training with extracted gap-sentences for abstractive summarization
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Observation abfeb607-acb4-4e1a-a089-96ba257b2be5 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning A comprehensive survey of abstractive text summarization based on deep learning.Computa- tional intelligence and neuroscience, 2022(1):7132226, 2022
Reference 86
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Observation 01b46de1-a663-4e0b-a616-68470f0e2f70 · outbound
Detect, Unlearn, Restore: Defending Text Summarization Models Against Data Poisoning silicon nanowire design
Reference 87
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