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DEGREE: A Data-Efficient Generation-Based Event Extraction Model (2108.12724v3)

Published 29 Aug 2021 in cs.CL and cs.AI

Abstract: Event extraction requires high-quality expert human annotations, which are usually expensive. Therefore, learning a data-efficient event extraction model that can be trained with only a few labeled examples has become a crucial challenge. In this paper, we focus on low-resource end-to-end event extraction and propose DEGREE, a data-efficient model that formulates event extraction as a conditional generation problem. Given a passage and a manually designed prompt, DEGREE learns to summarize the events mentioned in the passage into a natural sentence that follows a predefined pattern. The final event predictions are then extracted from the generated sentence with a deterministic algorithm. DEGREE has three advantages to learn well with less training data. First, our designed prompts provide semantic guidance for DEGREE to leverage DEGREE and thus better capture the event arguments. Moreover, DEGREE is capable of using additional weakly-supervised information, such as the description of events encoded in the prompts. Finally, DEGREE learns triggers and arguments jointly in an end-to-end manner, which encourages the model to better utilize the shared knowledge and dependencies among them. Our experimental results demonstrate the strong performance of DEGREE for low-resource event extraction.

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Authors (7)
  1. I-Hung Hsu (21 papers)
  2. Kuan-Hao Huang (33 papers)
  3. Elizabeth Boschee (12 papers)
  4. Scott Miller (10 papers)
  5. Prem Natarajan (32 papers)
  6. Kai-Wei Chang (292 papers)
  7. Nanyun Peng (205 papers)
Citations (153)

Summary

An Examination of the Responsible NLP Research Checklist

The paper entitled "Responsible NLP Research Checklist" provides a structural framework for conducting research in NLP that adheres to ethical standards, promotes societal benefit, and ensures reproducibility. This research checklist is aimed at members of the Association for Computational Linguistics (ACL) and aligns with its code of ethics. The checklist serves as a set of guidelines to help researchers evaluate the ethical dimensions, potential societal impacts, and reproducibility of their work.

Key Features of the Checklist

The paper prominently emphasizes the necessity for transparent reporting and reflection on one's research activities:

  1. Limitations and Risks: The paper mandates that all submissions must discuss the limitations and potential risks of the research, as highlighted in Appendix F. This helps ensure that researchers acknowledge the boundaries within which their findings are valid and recognize any potential misapplications or adverse implications.
  2. Summary and Claims: Each research article is expected to clearly summarize its main claims in both the abstract and introduction, facilitating immediate clarity on the research's contributions.
  3. Use of Artifacts: The utilization of scientific artifacts is documented meticulously. Researchers are required to cite original creators, discuss permissions and licenses (in Appendix C), and confirm that the usage aligns with intended applications. This requirement also includes an emphasis on explaining how data is protected or anonymized.
  4. Computational Experiments: The paper necessitates detailed reporting of the computational experiments, as covered in Sections 3 and 4. Critical technical details, including reporting the number of model parameters, computational budget, and infrastructure (Appendix B), as well as descriptive statistics about results (Appendix D), are required for transparency.
  5. Documentation and Descriptive Statistics: Proper documentation of artifacts, including domain coverage and demographic representation (Appendix C), as well as detailed reporting of statistics like train/test/dev dataset splits, ensures comprehensibility and replicability.
  6. Use of Human Annotators: Interestingly, the checklist notes the absence of the use of human annotators or research involving human subjects in this work.

Implications and Future Directions

The checklist outlines a comprehensive method for improving the ethical considerations and technical transparency of NLP research. Such guidelines are instrumental in setting a standard for responsible scholarship and in pre-empting potential misuse of research outcomes. By compelling researchers to systematically document their work's limitations, ethical concerns, and experimental procedures, this checklist enhances the reproducibility of NLP studies, fostering a deeper trust in the findings within the scientific community.

From a broader perspective, this checklist could serve as a model for other fields within artificial intelligence and machine learning, encouraging cross-domain adoption and standardization of ethical research practices. Looking forward, the evolution of this checklist could consider the integration of dynamic criteria that adapt to emerging ethical challenges posed by advancements in NLP technologies.

In conclusion, the "Responsible NLP Research Checklist" affirms the importance of responsible research practices, providing a well-structured approach to ethics and reproducibility in NLP. This work contributes to strengthening the scientific rigor and social accountability of future research endeavors.