PERVASIVE SENSING AND M-HEALTH: VITAL SIGNS AND DAILY ACTIVITY MONITORING .-

ARE TECHNOLOGIES ASSISTED HOMES SAFER FOR THE ELDERLY? .-

A LARGE-AREA SENSOR SYSTEM UNDERNEATH THE FLOOR FOR AMBIENT ASSISTED LIVING APPLICATIONS .-

FOOTWEAR-BASED WEARABLE SENSORS FOR PHYSICAL ACTIVITY MONITORING98 .-

CONTINUOUS-WAVE PHOTOACOUSTIC-BASED SENSOR FOR THE DETECTION OF AQUEOUS GLUCOSE: TOWARDS NON-INVASIVE AND CONTINUOUS GLYCEMIA SENSING .-

FROM HANDHELD DEVICES TO NEAR-INVISIBLE SENSORS: THE ROAD TO PERVASIVE E-HEALTH .-

A UNIVERSAL WIRELESS DEVICE FOR BIOMEDICAL SIGNALS RECORDING .-

WIRELESS SENSING SYSTEM FOR HEALTHCARE MONITORING PHYSIOLOGICAL STATE AND RECOGNIZING BEHAVIOR IN DAILY LIFE .-

AUTOMATIC SENSING OF SPEECH ACTIVITY AND CORRELATION WITH MOOD CHANGES .-

THE POTENTIAL OF PERVASIVE SENSORS AND COMPUTING FOR POSITIVE TECHNOLOGY: THE INTERREALITY PARADIGM .-

UTILIZING SOCIAL MEDIA, MOBILE DEVICES AND SENSORS FOR CONSUMER HEALTH COMMUNICATION: A FRAMEWORK FOR CATEGORIZING EMERGING TECHNOLOGIES AND TECHNIQUES .-

EHR ECOSYSTEM .-

ACQUISITION AND ANALYSIS OF BIOMEDICAL SIGNALS IN CASE OF PEOPLES EXPOSED TO ELECTROMAGNETIC FIELDS .-

MODELING DEPENDABILITY OF IT SERVICES ASSOCIATED WITH SOCIAL AND ECONOMIC INFRASTRUCTURE INCLUDING HEALTHCARE .-

REQUIREMENTS AND BARRIERS TO PERVASIVE HEALTH ADOPTION .