•  Applied Games for health awareness and/or improvement.
• Game applications for better lifestyle or well-being.
• Game design techniques and solutions for healthcare environments.
• Games’ devices/technology applied to medical treatments or prevention.
• Gamification of healthcare processes
• Well being interventions including affective strategies supported by technologies
•  Information technologies to support patient’s engagement in healthcare
• Positive Gaming
• Stress management and new technologies
• Integrating technologies to support student’s engagement in learning process
• Technologies enhancing Social Well-being
• Technology for active aging and healthy living
• Integrating technology in self-help interventions
  
  

• Internet of Things for healthcare in smart monitoring and diverse environments (i.e hospitals, home, Assisted living)
• Monitoring and self-management of chronic diseases, remote diagnosis and patient management;
• Technologies for the management and support of chronic diseases and the ageing population
• Clinical acceptability of digital patient in terms of supporting personalized medicine
• Wireless, mobile and wearable devices for pervasive and ubiquitous healthcare
• Legal and ethical aspects for personal health systems and pervasive monitoring of patients
• Mobile and wireless technologies for healthcare delivery, wellbeing, and disease management & prevention
• Wireless access in ubiquitous systems for healthcare professionals;
• Biomedical telemetry and telemedicine
• Service-oriented middleware architecture for medical device connectivity in personal health monitoring applications
• Data mining, machine learning and signal processing
• Innovative communication and mobile technologies to support data collection and access, sharing, search and reasoning
• Secure and high quality wireless networks in healthcare
• Biometrics, and privacy-preserving mechanisms for individualized mHealth

• Internet of Things for healthcare in smart monitoring and diverse environments (i.e hospitals, home, Assisted living);
• Monitoring and self-management of chronic diseases, remote diagnosis and patient management;
• Technologies for the management and support of chronic diseases and the ageing population;
• Clinical acceptability of digital patient in terms of supporting personalized medicine;
• Wireless, mobile and wearable devices for pervasive and ubiquitous healthcare;
• Legal and ethical aspects for personal health systems and pervasive monitoring of patients;
• Mobile and wireless technologies for healthcare delivery, wellbeing, and disease management & prevention;
• Wireless access in ubiquitous systems for healthcare professionals;
• Biomedical telemetry and telemedicine;
• Service-oriented middleware architecture for medical device connectivity in personal health monitoring applications;
• Data mining, machine learning and signal processing;
• Innovative communication and mobile technologies to support data collection and access, sharing, search and reasoning;
• Secure and high quality wireless networks in healthcare;
• Biometrics, and privacy-preserving mechanisms for individualized mHealth;

• IoT and big data platform architecture
• Topics of interest include, but are not limited to:
• IoT and big data platform architecture
• IoT analytics and big data analytics
• Privacy preserving IoT data mining
• IoT and big data integrity and confidentiality
• Data and knowledge as a services
• Security and privacy applications
• Real-time and stream processing techniques and algorithms
• Batch processing engine and techniques
• Real-life case studies of value creation through advanced data analytic
• Proactive/predictive and advanced machine learning model
• Simplified and distributed data processing techniques
• Ubiquitous machine learning
• Smart home and independent living
• Fog and Egde computing of healthcare data
• Healthcare data warehouse

• Mobile and wireless transmission of 2D/3D/4D medical images and videos
• Medical image processing solutions (2D/3D/4D)
• Efficient and transparent multimedia transmission over mobile networks
• Multimedia adaptation and content fusion in mobile communications
• Advanced image and video coding solutions for compression of medical content for mobile devices
• New medical procedures to improve the exploitation of multimedia-rich mHealth solutions
• Deployment of heterogeneous wireless/mobile networks (HetNets) in clinical environments
• Solutions for emergency scenarios and multimedia emergency telemedicine
• Emergency medical informatics systems
• Cloud and mobile computing for Healthcare applications and services
• Security, privacy, confidentiality and trust in wireless/mobile environments
• Medical Video Quality Assessment of videos and images
• Cross-layer optimized adaptive multimedia transmission over mobile networks
• In-car health monitoring, ADAS/CoADAS supporting mHealth schemes
• New multimedia-rich communication-intensive mHealth applications and services
• Data visualization for mHealth
• Context and content-aware medical multimedia

• Mobile and Cloud Computing in pervasive healthcare
• IoT Analytics
• Interface and Control Systems
• AAL Environments for chronic disease management
• Usability and Acceptability
• Context Aware Technologies
• Wearable technologies for health and wellness monitoring
• Security, privacy and trust
• Navigation systems (indoors, outdoors) and location based services
• Networking for/and embedded systems
• Technologies to support AAL
• Interactive Services