Important Dates
- September 26, 2025: Submission of regular papers and SRC research abstracts
- October 31, 2025: Notification of paper and SRC acceptance/rejection
- December 5, 2025: Camera-ready copies of accepted papers and SRC
- December 12, 2025: Author registration deadline
Call for Papers
The ASH track provides a platform to share results, valuable critiques, and broad discussion papers, inviting researchers and practitioners to submit papers and SRC. The papers submitted to the ASH track should present innovative design, architecture, implementation, and/or applications for Healthcare. We invite original contributions addressing research and applications in healthcare computing, including but not limited to the following topics:
Artificial Intelligence for Healthcare
- Trustworthy and explainable AI in clinical settings
- Machine learning in personalized medicine
- Predictive modeling and diagnostics
- Natural Language Processing for clinical data
- Ethics in AI-driven healthcare
Security, Privacy, and Compliance
- Adversarial machine learning in digital health
- Cybersecurity for healthcare systems and infrastructures
- Secure and interoperable health data sharing
- Privacy-preserving techniques in clinical environments
- Risk modeling and threat assessment in digital health
- Compliance with regulatory standards
Connected Health and Wearable Systems
- Smart medical and implantable devices
- Internet of Medical Things (IoMT) architectures
- Mobile health (mHealth) applications
- Remote patient monitoring and bio-signal analysis
Personal and Digital Health
- Telemedicine platforms and hybrid care models
- Human-centered design in clinical systems
- Assistive technologies for aging and disability
- Patient-facing apps for behavior change and adherence
Healthcare Systems and Architectures
- Clinical decision support systems (CDSS)
- Emergency and crisis-response systems
- Blockchain applications for data integrity
- Medical cyber-physical and real-time systems
Process Optimization and Operational Intelligence
- Resource scheduling and hospital logistics
- Optimization of care pathways and service delivery
- Real-time workflow monitoring and prediction
- Data-driven modeling for operational efficiency