Towards Effective Human Intervention in Algorithmic Decision-Making: Understanding the Effect of Decision-Makers' Configuration on Decision-Subjects' Fairness Perceptions
Authors
AI-Assisted Decision-Making & AutomationAI Ethics, Fairness & AccountabilityAlgorithmic Fairness & Bias
Research Background and Problem
- Identified Issues or Challenges: In current algorithmic decision-making systems, human intervention is considered an essential means of safeguarding the rights of those affected by decisions. However, the impact of different decision-maker configurations (e.g., fully automated algorithmic systems versus hybrid systems with human intervention) on the perceived fairness of decision recipients remains unclear. Additionally, existing studies often analyze the characteristics of decision-maker configurations in isolation, neglecting potential interactions between these characteristics.
- Why This Problem Matters: Algorithmic decision-making systems have profound impacts on individual lives and public policy, with fairness being a critical factor for societal acceptance of such systems. If decision recipients lack a sense of fairness regarding these configurations and the processes they generate, it will hinder the responsible application and widespread adoption of algorithmic decision-making systems.
- Research Motivation and Related Work: While some studies have explored the comparison between fully automated decisions and human decisions, finding that human decisions are generally more favorable, research on hybrid decision configurations has yielded conflicting results. Existing studies often overlook the interactions between configuration characteristics. Furthermore, the authors note a close relationship between trust in decision-makers and perceived fairness, which has not been sufficiently explored in algorithmic decision-making systems.
Solution
- Proposed Method or Solution: The authors designed and implemented a mixed-methods study, including qualitative interviews and large-scale quantitative research, to explore how different characteristics of decision-maker configurations (e.g., decision-maker identity, algorithm model type, data source) influence decision recipients' perceptions of decision-makers and their sense of fairness regarding the decision process.
- Innovations:
- Applied the Ability, Benevolence, and Integrity (ABI) model from organizational psychology to algorithmic decision-making systems, quantifying decision recipients' trust in different decision configurations.
- Conducted a comprehensive analysis of multiple characteristics (e.g., model type and data source) and potential interactions between these characteristics.
- Proposed specific design recommendations for more effective human intervention in the public sector.
- Implementation Steps:
- Qualitative Interview Study: Conducted interviews with 21 participants to explore which characteristics of decision-maker configurations influence perceptions of ability, benevolence, and integrity in the context of detecting illegal holiday rentals.
- Quantitative Experimental Study: Based on interview findings, designed and conducted a large-scale online experiment involving 223 participants to systematically evaluate the impact of configuration characteristics on decision recipients' perceptions and sense of fairness.
- Proposed design recommendations: Combined qualitative and quantitative results to provide guidance for designing hybrid decision-maker configurations in the public sector.
Research Findings
- Specific Findings:
- The authors found that "decision-maker identity" (e.g., fully automated vs. human-algorithm hybrid) significantly influences decision recipients' perceptions of ability, benevolence, and integrity, with hybrid configurations being more favorable than fully automated ones.
- Perceptions of benevolence were generally low, indicating that even in hybrid configurations, decision recipients still perceive the decision-making process as insufficiently humane.
- The individual effects of model type and data source were not significant, but their interaction influenced decision recipients' perceptions of decision-maker integrity.
- Perceptions of ability and integrity were strongly positively correlated with perceptions of fairness.
- Policy approval levels influenced decision recipients' perceptions of decision-maker integrity, which indirectly affected their sense of fairness through integrity perceptions.
- Advantages Compared to Existing Solutions:
- Systematically quantified the impact of hybrid decision-maker configurations on perceptions of fairness, providing robust empirical evidence.
- Proposed a design framework that integrates decision-maker configuration attributes with perceptions of social policies, aiding in the promotion and societal acceptance of algorithms.
- Experimental or Evaluation Results:
- Hybrid decision configurations significantly improved perceptions of ability and integrity, indirectly enhancing perceptions of fairness in the decision-making process.
- The effects of model type (probabilistic vs. rule-based) and data source (public vs. non-public data) varied due to interaction, suggesting that designing decision-maker configurations requires more nuanced and comprehensive evaluation.
- Limitations and Future Directions:
- Limitations: The study focused solely on the illegal holiday rental detection scenario, which may not capture the complexity of all public decision-making contexts. Additionally, participants primarily came from the Global North, potentially limiting cultural applicability.
- Future Directions: Further validation of the ABI model across diverse decision-making scenarios, particularly in cultural contexts of the Global South; exploration of how to enhance transparency in complex distributed human interventions across every supply chain stage of algorithm design; development of more engineering-oriented tools to guide designers in balancing rule-based models with privacy protection requirements.
The authors' research, grounded in rigorous qualitative and quantitative experiments, provides critical guidance for algorithm design in the public domain while inspiring new reflections on the comprehensiveness and responsibility of human intervention.
Research Questions / Practical Problems
Question signals indexed for this paper.
help
Research Questions
3- How do different decision-maker configurations (e.g., fully automated algorithmic systems vs. human-in-the-loop hybrid systems) affect decision recipients' perceived fairness?Category: Algorithmic Decision Accountability, Contestability, and User AuditingSimilar questionsarrow_forward
- How do interactions among decision-maker characteristics (e.g., model type and data source) affect perceived decision-maker integrity?Category: Algorithmic Decision Accountability, Contestability, and User AuditingSimilar questionsarrow_forward
- How do perceptions of decision-makers' ability, benevolence, and integrity affect decision recipients' fairness evaluations?Category: Algorithmic Decision Accountability, Contestability, and User AuditingSimilar questionsarrow_forward
lightbulb
Practical Problems
1- Users often feel algorithmic decision systems lack procedural fairness.Category: Algorithmic Decision Accountability, Contestability, and User AuditingSimilar questionsarrow_forward
- 75%
"Finding the Magic Sauce": Exploring Perspectives of Recruiters and Job Seekers on Recruitment Bias and Automated Tools
CHI '23· AI-Assisted Decision-Making & Automation +2
- 67%
The Effects of Perceived AI Use On Content Perceptions
CHI '24· AI Ethics, Fairness & Accountability +1
- 67%
Lay Perceptions of Algorithmic Discrimination in the Context of Systemic Injustice
CHI '25· AI Ethics, Fairness & Accountability +1
- 60%
A Scoping Study of Evaluation Practices for Responsible AI Tools: Steps Towards Effectiveness Evaluations
CHI '24· AI-Assisted Decision-Making & Automation +2
Based on Jaccard similarity of research subtopics & professions (≥60%)
Quick Actions
AdRecommended
Learn AI Coding at CodeNow
open_in_newOpen DOI Link
DOI: https://dl.acm.org/doi/10.1145/3706598.3713145
At a Glance
fact_checkPaper Snapshot
dataset
Source
CHI
calendar_month
Year
2025
emoji_events
Award
No award tagged
group
Authors
6 authors
sell
Subtopics
AI-Assisted Decision-Making & Automation, AI Ethics, Fairness & Accountability, Algorithmic Fairness & Bias
work
Professions
—
article
Content Status
Full text indexed
hub
Related Papers
4 related papers