Papers for

human resource teams

Papers whose findings have a practical use for this group, as judged from the abstract. Open a paper to read what it means in practice.

Ai exposure changes advertised job responsibilities moderately

AI Exposure and the Changing Responsibilities in Job Postings

Abstract: The growing adoption of artificial intelligence (AI) in the workplace has raised questions about how employer demand for different work activities is changing. We examine how the prevalence and content of work activities in online job postings change in association with activity-level measures of AI exposure, derived from Copilot and Claude usage. To enable systematic comparisons, we develop a pipeline that extracts the responsibilities from job advertisements and maps them onto O*NET's standardized taxonomy of Intermediate Work Activities (IWAs). We then apply this approach to 50,000 job advertisements from 33 firms between 2023 and 2025. From this analysis, we first find that explicit mentions of AI increased by 66%, although much of this growth occurs outside descriptions of the actual work activities associated with a job. Looking specifically at the advertised job responsibilities, activities with greater AI exposure tend to decline in advertised prevalence, but only mildly as a share of the total number of responsibilities. At the same time, more AI-exposed work activities increasingly are associated with explicitly AI-related responsibilities, suggesting that employers are looking to hire people who can perform these responsibilities with AI.

Fri 6 NovComputers and Society
The gist
Work activities in job postings are shifting as artificial intelligence (AI) tools become more common. The authors studied 50,000 job ads from 33 companies between 2023 and 2025, focusing on how tasks relate to AI use. They found that while mentions of AI are up a lot, the actual job responsibilities linked to AI show only a small decline in prevalence. At the same time, responsibilities that do involve AI often explicitly require working with it, showing employers want people to handle tasks alongside AI tools.
Open → 2611.09870v1

Multimodal large language models detect hidden emotions using context

Beyond Multimodal Emotion Conflict: Temporal Context-Aware Hidden Emotion Detection with Multimodal Large Language Models

Abstract: Multimodal emotion recognition commonly combines textual, acoustic, and visual signals to infer affective states. Recent work has begun to study conflicts among modalities, but a conflict does not necessarily indicate that a person is concealing an emotion. It may also result from mixed emotions, individual expressive styles, or contextual factors. This proposal aims to distinguish ordinary emotional inconsistency from emotion concealment and to infer the underlying emotion when supported by evidence. We plan to construct a multimodal benchmark with explicit annotations of expressed emotion, internal emotion, and concealment conditions, and to develop an MLLM-based framework that integrates fine-grained facial Action Units (AUs), cross-modal features, and temporal context.

Sun 1 NovArtificial Intelligence
The gist
People show emotions in different ways through words, voice, and facial expressions, but sometimes these signals don’t match. This mismatch can happen for many reasons, not just because someone is hiding how they feel. The authors want to tell the difference between regular mixed emotions and when someone is actually concealing their feelings. They plan to create a special dataset labeled with true and hidden emotions, and build a model that uses facial details, multiple signals, and time context to find hidden emotions better.
Open → 2611.01943v1

Artificial intelligence changes job roles and decision making over time

Artificial Intelligence and Job Design: A Dynamic Framework

Abstract: This study aims to deepen the understanding of artificial intelligence's (AI) impact on work by introducing and describing the AI-Job Dynamics Framework. Drawing from sociotechnical systems theory, complexity theory, and organizational learning theories, we conceptualize AI integration as a dynamic, non-linear process with three key phases. The framework, supported by theoretical propositions, identifies how this process affects organizational decision-making structures and key job characteristics over time, emphasizing the balance between centralization and decentralization of decision-making power. AI integration initially reduces job autonomy but may lead to greater autonomy in later phases as AI becomes more embedded. Throughout this process, AI reshapes skill requirements from routine to complex cognitive and adaptive skills. In the advanced phase of AI integration, we introduce the alternative paths and varied trajectories through which AI, organizational structures, and individual work experiences evolve. We conclude by discussing the implications of this framework for future research on AI and job design.

Tue 20 OctComputers and SocietyHuman-Computer Interaction
The gist
Workplaces use artificial intelligence (AI) in ways that change how jobs are done and who makes decisions. The authors explain that AI’s role grows in stages, initially limiting workers’ freedom but later increasing it as AI becomes part of the job. This change also shifts the skills workers need, from simple tasks to more complex thinking and adjusting. The study shows there are many possible ways jobs and organizations evolve with AI, offering a new way to study these changes.
Open → 2610.28830v1

Employees express concerns despite positive AI survey ratings

Positive Ratings, Hidden Concerns: Employee Voice Disclosure in AI-Mediated Organizational Listening

Abstract: Organizations started listening to employees through conversational AI agents alongside structured surveys. Little is known about what these channels change in what employees say when disclosure carries hierarchical risk. We report a field study inside a global management consulting firm whose process pairs a pre-survey with an adaptive AI voice interview on the same themes within one session. Across 44 first-session interviews (132 matched theme observations), 20-41% of sessions showed a favorable rating co-occurring with a substantive concern voiced later, depending on the favorability threshold. The Gioia analysis drew on 158 protective quotes from 65 eligible sessions. Disclosure rarely arrived unguarded: employees softened concerns, deflected accountability, and bounded how far they went, and this protective work tracked the perceived legitimacy of the listening structure. We develop a grounded model of bounded disclosure and derive four propositions for voice, channel and listening research. Silence, we argue, can persist inside expression.

Wed 30 SeptArtificial IntelligenceHuman-Computer Interaction
The gist
Companies use AI tools alongside surveys to hear employee feedback, but it can be tricky for workers to honestly share worries when bosses might be watching. The authors studied a consulting firm where employees gave good ratings but later voiced real concerns, carefully softening their criticism to avoid trouble. The study shows that even when employees speak up, they often hold back, and the way the AI listening system feels fair affects how openly they share. This helps us understand why some employee feedback might hide deeper issues.
Open → 2609.38788v1