A Human-Computer Interface Design for Quantitative Measure of Regret Theory
Longsheng Jiang, Yue Wang

TL;DR
This paper presents a novel human-computer interface for quantitatively measuring regret theory by capturing natural language preferences, reducing cognitive load, and accounting for biases, leading to more accurate decision-making models.
Contribution
It introduces a graphical HCI design that elicits preferences through natural language responses modeled with fuzzy-set theory, improving measurement accuracy of regret theory.
Findings
Model predicts human choices with high accuracy.
Survey design reduces cognitive workload and bias influence.
Responses modeled effectively with fuzzy-set theory.
Abstract
Regret theory is a theory that describes human decision-making under risk. The key of obtaining a quantitative model of regret theory is to measure the preference in humans' mind when they choose among a set of options. Unlike physical quantities, measuring psychological preference is not procedure invariant, i.e. the readings alter when the methods change. In this work, we alleviate this influence by choosing the procedure compatible with the way that an individual makes a choice. We believe the resulting model is closer to the nature of human decision-making. The preference elicitation process is decomposed into a series of short surveys to reduce cognitive workload and increase response accuracy. To make the questions natural and familiar to the subjects, we follow the insight that humans generate, quantify and communicate preference in natural language. The fuzzy-set theory is hence…
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Taxonomy
TopicsDecision-Making and Behavioral Economics · Human-Automation Interaction and Safety · Multi-Criteria Decision Making
