LEAP, an LLM-based library, automatically selects ML functions and writes SQL-like code to answer 92% of 120 social science queries over unstructured data on the first attempt, and 100% within three attempts.
More than Meets the Tie: Examining the Role of Interpersonal Relationships in Social Networks
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
Topics in conversations depend in part on the type of interpersonal relationship between speakers, such as friendship, kinship, or romance. Identifying these relationships can provide a rich description of how individuals communicate and reveal how relationships influence the way people share information. Using a dataset of more than 9.6M dyads of Twitter users, we show how relationship types influence language use, topic diversity, communication frequencies, and diurnal patterns of conversations. These differences can be used to predict the relationship between two users, with the best predictive model achieving a macro F1 score of 0.70. We also demonstrate how relationship types influence communication dynamics through the task of predicting future retweets. Adding relationships as a feature to a strong baseline model increases the F1 and recall by 1% and 2%. The results of this study suggest relationship types have the potential to provide new insights into how communication and information diffusion occur in social networks.
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LEAP: LLM-powered End-to-end Automatic Library for Processing Social Science Queries on Unstructured Data
LEAP, an LLM-based library, automatically selects ML functions and writes SQL-like code to answer 92% of 120 social science queries over unstructured data on the first attempt, and 100% within three attempts.