AREA 1: DEVICES

• Biomedical Devices for Computer Interaction

• Haptic Devices

• Brain-computer Interfaces

• Health Monitoring Devices

• Physiology-driven Robotics

• Wearable Sensors and Systems

• Cybernetics and User Interface Technologies

• Robotic Interfaces Mediated by Biosignals

AREA 2: METHODOLOGIES AND METHODS

• Biosignal Acquisition, Analysis and Processing

• Pattern Recognition

• Neural Networks

• Processing of Multimodal Input

• Observation, Modeling and Prediction of User Behavior

• Computer Graphics and Visualization of Physiological Data

• Video and Image Analysis for Physiological Computing

• Motion and Tracking

• Semantic Technologies and Cognition

• Simulation of Physiological Processes

AREA 3: HUMAN FACTORS

• User Experience

• Usability

• Adaptive Interfaces

• Human Factors in Physiological Computing

• Learning and Adaptive Control of Action Patterns

• Speech and Voice Data Processing

• Understanding Expressivity from Physiological Data

• Guidelines for the Design of Physiological Interfaces

AREA 4: APPLICATIONS

• Physiology-driven Computer Interaction

• Biofeedback Technologies

• Affective Computing

• Pervasive Technologies

• Augmentative Communication

• Assistive Technologies

• Interactive Physiological Systems

• Physiological Computing in Mobile Devices

• Characterisation of Psychophysiological Constructs