AI Tool Compliance Reporting: A Heuristic Analysis of Survey Data Using Natural Language Processing
Abstract
This study examined how well New York City’s public AI tools reported good design practices for users. It analyzes 76 reports about algorithmic tools using a mix of computer methods (natural language processing), human review, and Nielsen's ten common heuristics for good usability, such as showing system status, giving users control, and providing help. The tools often followed some of these rules—especially those that support transparency, user control, and clear design. But others, like helping users prevent mistakes or reducing memory load, were rarely used. Agencies may be focusing more on making tools technically sound and less on making them easy and fair to use. We also looked at the language in the reports and found differences based on heuristic. Some used more formal or technical words, while others were simpler and more user-friendly. This study's findings confirm earlier ones that public trust in AI depends on transparency and fairness. More work is needed to include all users, especially regarding high-risk tools like those used in healthcare or law enforcement. Future studies should involve users and designers directly and look at tools across more sectors to improve design and fairness in public AI
Keywords: AI, Public Services, User Experience
DOI: 10.54941/ahfe1006053
Cite this paper
More from this volume
- Data-Driven Insights into Diabetes-Related Hospital Readmissions in the United States: Trends and Predictors
- A Sliding-Window Batched Framework: Optimizing Retrieval-Augmented Generation (RAG) for Trustworthy AI under the EU AI Act
- A Method of Structured Standard Terminology Based on Decoupling Approach
- Convo-Based Attitude Analysis of Twitter Big Data: A Case Study on Ukraine-Russia War Dataset
- Smart Cities: are they really accessible and truly smart?
- AI Optimization of Resolution Strategy in Utility Billing and Revenue Assurance
- Behavioural Intentions of Natural Farming Farmers to Adopt Digital Platforms for Purchasing Inputs: A Structural Equation Modeling-Based Multi-Group Analysis
- AIToys: A conceptual definition and future research agenda
- FITMag: A Framework for Generating Fashion Journalism Using Multimodal LLMs, Social Media Influence, and Graph RAG
- Challenges and Opportunities in E-commerce Distribution Networks in Johannesburg.
- Revolutionizing Logistics Management with Blockchain Technology
- Interpretable AI-Generated Videos Detection using Deep Learning and Integrated Gradients


AHFE Open Access