Designing adaptive feedback for improving data entry accuracy

Data quality is critical for many information-intensive applications. One of the best opportunities to improve data quality is during entry. USHER provides a theoretical, data-driven foundation for improving data quality during entry. Based on prior data, USHER learns a probabilistic model of the dependencies between form questions and values. Using this information, USHER maximizes information gain. By asking the most unpredictable questions first, USHER is better able to predict answers for the remaining questions. In this paper, we use USHER's predictive ability to design a number of intelligent user interface adaptations that improve data entry accuracy and efficiency. Based on an underlying cognitive model of data entry, we apply these modifications before, during and after committing an answer. We evaluated these mechanisms with professional data entry clerks working with real patient data from six clinics in rural Uganda. The results show that our adaptations has the poten...

• Type: Journal
• Year: 2010
• Where: UIST
• Authors: Kuang Chen, Joseph M. Hellerstein, Tapan S. Parikh
• Keywords: Data Entry Accuracy, Data Quality, Real Patient Data, Software Engineering, UIST 2010