Challenge: Despite the fact that state-level legislation is rarely discussed, it has a dramatic influence on the everyday life of residents of the respective states.
Approach: They propose a large-scale dataset linking state bills and legislator information, geographical information about their districts, and donations and donors’ information.
Outcome: The proposed model improves over strong text-based models by integrating the state-level text and the legislative context.

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Modeling U.S. State-Level Policies by Extracting Winners and Losers from Legislative Texts (2022.acl-long)

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Challenge: State-level legislation is the cornerstone of national policies and has long-lasting effects on residents of US states.
Approach: They build a dataset for multiple US states that interconnects multiple sources of data including bills, stakeholders, legislators, and money donors.
Outcome: The proposed model predicts winners/losers of bills and then utilizes them to determine the legislative body’s vote breakdown according to demographic/ideological criteria, e.g., gender.
Analysis of State-Level Legislative Process in Enhanced Linguistic and Nationwide Network Contexts (2024.naacl-long)

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Challenge: a new framework for understanding state-level legislative process improves understanding of state legislation and its implications.
Approach: They propose to use generative large language models to decode legislators' behavior and implications of state policies by establishing a shared nationwide network.
Outcome: The framework decodes legislators’ behavior and implications of state policies by establishing a shared nationwide network enriched with diverse contexts, such as information on interest groups influencing public policy and legislators' courage test results, which reflect their political positions.
How Predictable is Your State? Leveraging Lexical and Contextual Information for Predicting Legislative Floor Action at the State Level (C18-1)

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Challenge: a study of state legislative initiatives shows that state legislatures have significant power over certain areas.
Approach: They propose to use lexical content of over 1 million bills to build predictive models . they also use contextual legislature and legislator derived features to compare models based on state specific baselines .
Outcome: The proposed models improve on baselines in all 50 states and D.C. lexical content, contextual features and legislative processes are used to build the models.
Computational Analysis of Political Texts: Bridging Research Efforts Across Communities (P19-4)

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Challenge: Political scientists have developed and adopted natural language processing (NLP) methods to exploit text as an additional source of data in their analyses.
Approach: This tutorial aims to provide a gentle introduction to methods and tasks related to computational analysis of political texts from both communities.
Outcome: The main goal of this tutorial is to bring the two research communities closer to each other and contribute to faster and more significant developments in this interdisciplinary area.
Party Matters: Enhancing Legislative Embeddings with Author Attributes for Vote Prediction (P18-2)

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Challenge: Existing work on roll-call prediction limited to single session settings, thus not allowing for generalization across sessions.
Approach: They propose a neural method that takes advantage of Congressional voting records to model voting behavior.
Outcome: The proposed method achieves an average of 4% accuracy over the previous state-of-the-art.
Align Voting Behavior with Public Statements for Legislator Representation Learning (2021.acl-long)

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Challenge: Existing studies rely on roll call data to estimate political preference of legislators.
Approach: They propose to integrate voting behavior and public statements on Twitter to jointly model legislators.
Outcome: The proposed model improves on the task of roll call vote prediction . it also shows that the model captures nuances in statements .
Helping a Friend or Supporting a Cause? Disentangling Active and Passive Cosponsorship in the U.S. Congress (2023.acl-long)

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Challenge: In the U.S. Congress, legislators can use active and passive cosponsorship to support bills.
Approach: They develop an Encoder+RGCN based model that learns legislator representations from bill texts and speech transcripts and uses them to predict voting decisions.
Outcome: The proposed model predicts active and passive cosponsorship with an F1-score of 0.88.
How to Do Politics with Words: Investigating Speech Acts in Parliamentary Debates (2024.lrec-main)

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Challenge: a new perspective on framing through the lens of speech acts investigates how politicians make use of different pragmatic speech act functions in political debates.
Approach: They propose a new framework for framing through the lens of speech acts and an annotation scheme for political debates.
Outcome: The proposed framework can predict speech acts with an avg. F1 of around 82.0% . the proposed framework is based on a dataset of German parliamentary debates .
Language of Bargaining (2023.acl-long)

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Challenge: a new dataset is being developed to study how language shapes bilateral bargaining . a recent study examined the use of language in negotiation education .
Approach: They propose a dataset to study how language shapes bilateral bargaining . they recruit participants via behavioral labs instead of crowdsourcing platforms .
Outcome: The proposed dataset is based on an exercise in negotiation education . it shows that when subjects can talk, negotiations finish faster and prices drop .
BillSum: A Corpus for Automatic Summarization of US Legislation (D19-54)

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Challenge: In the US Congress, over 10,000 bills are introduced each year, with state legislatures introducing tens of thousands of bills.
Approach: They introduce the first dataset for summarizing US Congressional and California state bills . they demonstrate that models built on Congressional bills can be used to summarize California billa .
Outcome: The proposed summarization methods can be applied to states without human-written summaries.

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