The theme of the 4th ICHMS is “Trustworthy Human-Autonomy Teaming”. The conference will cover progress and contributions on brain-inspired autonomous systems at multiple scales, including cognitive science, engineering, and design for safe and trusted human-autonomy teaming; technological aids for verifiable artificial intelligence (AI) decisions; trust modeling, measures, and management, and fundamental issues of trust and barriers to adoption of AI-enabled autonomy in complex socio-technical systems. The organization of ICHMS will include Regular Sessions, Special Sessions, Poster Sessions, and Sessions focused on PhD student research. Accepted papers will be submitted for inclusion into IEEE Xplore. ICHMS will be jointly held with the IEEE International Defence Excellence and Security (IDEaS) Symposium 2024 with the theme of “Best of Two Worlds: Human-AI Teaming for Effective Decision-Making” https://ieeeideas.org/ideas-2024/ .
Regular papers (6 pages) should provide complete and high-quality contributions to the field. Short Papers (4 pages) are expected to cover recent research outcomes that are not yet mature enough for a regular paper but still provide novel insights. Posters (1 page) should ideally show work in progress or applications/demos that can be best presented through an interactive format at the meeting. Submission to a Regular, Special, or a PhD Session should focus on topics including, but not limited to:

Assured Autonomy
Augmented Cognition
Authority/Control Transfer
Brain-Inspired Autonomous Systems
Brain-Machine Interfaces
Decision-Support and Recommender Systems
Ethical Aspects of Human-AI Symbiotic Systems
Human-Computer Interaction
Human-Autonomy Cooperation and Teaming
Human Performance Modeling
Human-Machine/Robot Interaction
Interaction-Centered Design
Intelligent Adaptive Systems
Multi-User Interaction
Resilience Engineering in Human-AI Symbiotic Systems
Team Performance and Training Systems
User-AI Agent Interaction
User State Monitoring
Trust Modeling, Measurement, and Management
Virtual and Mixed Reality Systems
Wearable Computing
Web-based Interactive Systems