Topic:

The world is becoming more and more health-conscious. Society, health policy, and patients’ needs are all changing dramatically. The challenges society is currently facing are related to the increase in the aging population, changes in lifestyle, the need for healthcare cost containment, and the need for improvement and monitoring of healthcare quality. Progress in science and technology offers, today, miniaturization, speed, intelligence, sophistication, and new materials at lower cost. Telemedicine has also evolved. Used initially to exchange patients’ files, radiographic data, or other information between health providers, today telemedicine contributes to new trends in “hospital extensions” through all-day monitoring of vital signs, professional activities, entertainment, and home-based activities.

Micro-technologies offer the possibility of small size, but also of intelligent, active devices, working with low energy, wireless and non-invasive. Our research group developed a set of MIMU-based wearable devices, with Bluetooth capability. These devices can cooperate, sharing their onboard processing and reaching high levels of abstraction. They will act in telerehabilitation, human activities recognition, sleep recognition, and in combination with the other devices developed at Biolab, investigating home care solutions.

People:

  • Marco Knaflitz (Full Professor)
  • Daniele Fortunato (Ph.D. Student)

  • Recent publications:

  • A wearable device to assess postural sway
      V. Agostini, E. Aiello, D. Fortunato, M. Knaflitz, and L. Gastaldi
      2019 IEEE 23rd International Symposium on Consumer Technologies (ISCT)
      10.1109/ISCE.2019.8901019
  • Lifestyle analysis of a female group of university workers: Do they reach recommended levels of physical activity?
      S. Rosati, G. Balestra, D. Fortunato, and Marco Knaflitz
      2019 IEEE 23rd International Symposium on Consumer Technologies (ISCT)
      10.1109/ISCE.2019.8900992
  • A Statistical Approach for Functional Reach-to-Grasp Segmentation Using a Single Inertial Measurement Unit
      Gregorio Dotti, Marco Caruso, Daniele Fortunato, Marco Knaflitz, Andrea Cereatti and Marco Ghislieri
      Sensors
      10.3390/s24186119