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Re-Examining System-Level Correlations of Automatic Summarization Evaluation Metrics - This repository contains the code for the NAACL 2022 paper "Re-Examining System-Level Correlations of Automatic Summarization Evaluation Metrics."

Shell 12.85% Python 86.66% Dockerfile 0.49%

re-examining-correlations's Introduction

Re-Examining System-Level Correlations of Automatic Summarization Evaluation Metrics

This repository contains the code for the NAACL 2022 paper "Re-Examining System-Level Correlations of Automatic Summarization Evaluation Metrics."

Note

If you want to run bootstrapping or permutation tests using the non-paired inputs (e.g., from Section 3 of the paper), the easiest way to do so is through the nlpstats library.

Python Environment

The code has few dependencies, which are contained in the requirements.txt. You can create a Conda environment for this code by:

conda create -n re-examining python=3.7
conda activate re-examining
pip install -r requirements.txt

Data

The data required to produce the results in the experiment is included in the repository. See the Readme in the data directory for instructions for re-creating the data.

Experiments

Run the following scripts from the root of the repository to re-create the plots from the paper. The plots will be saved under the experiments/<name>/output directory.

  • Figure 2 (the system-level score variances): sh experiments/variance/run.sh
  • Figure 3 (the ranking stabilities): sh experiments/ranking-stability/run.sh
  • Figures 4, 7 and 8 (the confidence intervals): sh experiments/confidence-intervals/run.sh
  • Figure 5 (the system-level score distributions): sh experiments/score-distribution/run.sh
  • Figures 6 and 9 (the delta correlations): sh experiments/delta-correlations/run.sh
  • Figures 10 and 11 (the delta correlations heatmaps): sh experiments/delta-correlations/run.sh

Reproducibility Track

The Docker image created by Dockerfile is our submission to the NAACL 2022 Reproducibility Track. It will reproduce the results that were plotted in Figure 6.

It can be built and run using the following command:

docker build -t re-examining .
docker run -it re-examining

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