On the Performance of LLMs for Real Estate Appraisal
Margot Geerts, Manon Reusens, Bart Baesens, Seppe vanden Broucke, Jochen De Weerdt

TL;DR
This paper evaluates the effectiveness of Large Language Models in generating interpretable and accessible real estate price estimates, comparing various prompting strategies and analyzing their strengths and limitations.
Contribution
It systematically assesses LLMs for real estate appraisal, demonstrating how optimized prompting enhances their interpretability and practical utility compared to traditional models.
Findings
LLMs effectively use hedonic variables for price estimation
Prompt optimization significantly improves LLM performance
LLMs provide explanations aligned with state-of-the-art models
Abstract
The real estate market is vital to global economies but suffers from significant information asymmetry. This study examines how Large Language Models (LLMs) can democratize access to real estate insights by generating competitive and interpretable house price estimates through optimized In-Context Learning (ICL) strategies. We systematically evaluate leading LLMs on diverse international housing datasets, comparing zero-shot, few-shot, market report-enhanced, and hybrid prompting techniques. Our results show that LLMs effectively leverage hedonic variables, such as property size and amenities, to produce meaningful estimates. While traditional machine learning models remain strong for pure predictive accuracy, LLMs offer a more accessible, interactive and interpretable alternative. Although self-explanations require cautious interpretation, we find that LLMs explain their predictions in…
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