Papers by Pius von Däniken

8 papers
TRANSLIT: A Large-scale Name Transliteration Resource (2020.lrec-1)

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Challenge: Transliteration is the process of expressing a proper name from a source language in the characters of a target language.
Approach: They present a large-scale corpus of transliterated names in 180 languages . they use machine learning to train automatic transliteration .
Outcome: The proposed system achieves 92% accuracy on identification of transliterated pairs.
ViClaim: A Multilingual Multilabel Dataset for Automatic Claim Detection in Videos (2025.emnlp-main)

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Challenge: Existing efforts in misinformation detection focus on written text, leaving a significant gap in addressing the complexity of spoken text in video transcripts.
Approach: They propose to annotate video transcripts in three languages and six topics using a custom annotation tool.
Outcome: The proposed tool shows strong cross-validation performance but challenges for generalization to unseen topics.
On the Effectiveness of Automated Metrics for Text Generation Systems (2022.findings-emnlp)

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Challenge: Existing evaluation methods lack a sound theoretical foundation for evaluation campaigns . imperfect automated metrics and insufficiently sized test sets are some of the factors that cause uncertainty.
Approach: They propose a theoretical framework that incorporates different sources of uncertainty, such as imperfect automated metrics and insufficiently sized test sets.
Outcome: The proposed model can be leveraged to improve evaluation protocols regarding reliability, robustness, and significance of the evaluation outcome.
Spot The Bot: A Robust and Efficient Framework for the Evaluation of Conversational Dialogue Systems (2020.emnlp-main)

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Challenge: Lack of time efficient and reliable evalu-ation methods is hampering the development of conversational dialogue systems (chatbots).
Approach: They propose a framework that replaces human-bot conversations with conversations between bots and an annotation tool that ranks chatbots based on their ability to mimic human behaviour.
Outcome: The proposed evaluation framework replaces human-bot conversations with bot conversations and allows for frequent evaluations of chatbots during their evaluation cycle.
SB-CH: A Swiss German Corpus with Sentiment Annotations (L18-1)

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Challenge: Using sentiment annotations, we find no corpus for written Swiss German, which is considered low-resourced due to its non-official status and phonetic differences.
Approach: They propose to annotate a Swiss German corpus with sentiment annotations for sentiment analysis using Facebook comments and online chats.
Outcome: The proposed corpus consists of more than 200,000 phrases and 1843 phrases with labels positive, negative, or neutral.
Correction of Errors in Preference Ratings from Automated Metrics for Text Generation (2023.findings-acl)

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Challenge: Existing evaluation methods are over-confident in assigning significant differences between systems . Currently, the most reliable evaluation methods for text generation are human-based evaluations.
Approach: They propose to combine human ratings with automated ratings to reduce the amount of human ratings needed to arrive at robust results.
Outcome: The proposed evaluation protocol reduces the amount of human ratings by 50% while yielding the same evaluation outcome as the pure human evaluation in 95% of cases.
LEDGAR: A Large-Scale Multi-label Corpus for Text Classification of Legal Provisions in Contracts (2020.lrec-1)

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Challenge: Contractual provisions are a primary research target in law studies as they constitute the legal essence of a contract.
Approach: They propose to use LEDGAR to construct a multilabel corpus of legal provisions in contracts that is crawled and scraped from the public domain.
Outcome: The proposed corpus is the first freely available corpus of its kind.
Do NOT Classify and Count: Hybrid Attribute Control Success Evaluation (2026.eacl-long)

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Challenge: evaluating attribute control success in controllable text generation relies on pretrained classifiers.
Approach: They propose a Bayesian method that combines classifier predictions with a small number of human labels for calibration.
Outcome: The proposed method produces robust estimates across both text and image generation tasks, offering an alternative to current evaluation practices.

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