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Research
- Service and Assistive Robotics for “ageing well” and “Industry 4.0” applications, including integration of robotic systems in smart environments, navigation and localization techniques, and advanced natural human robot interfaces.
- Wireless sensor networks for Smart Environments and Ambient Assisted Living applications, including development of environmental and wearable sensors with low-power design, Ambient Intelligent algorithms, networking strategies, and localization.
- Wearable sensor network for musculoskeletal modeling of human body and their application to biomechanics, gesture analysis and human motion measurement.
- Acceptability and usability of Ambient Assisted Living and Robotic technologies for human centered and co-creative design approach.
Publications
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Cavallo, Filippo; Aquilano, Michela; Odetti, Luca; M., Arvati; Carrozza, Maria Chiara
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Cavallo, Filippo; Sinigaglia, Stefano; Megali, Giuseppe; E., Troia; Dario, Paolo; A., Pietrabissa
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M., Zecca; Cavallo, Filippo; M., Saito; N., Endo; Y., Mizoguchi; K., Itoh; H., Takanobu; Sinigaglia, Stefano; Megali, Giuseppe; Tonet, Oliver; Dario, Paolo; A., Takanishi
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Cavallo, Filippo; Megali, Giuseppe; Sinigaglia, Stefano; Tonet, Oliver; Dario, Paolo; A., Pietrabissa
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V., Ferrari; Megali, Giuseppe; C., Cappelli; E., Troia; Cavallo, Filippo; A., Pietrabissa
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Cavallo, Filippo; Megali, Giuseppe; Sinigaglia, Stefano; Tonet, Oliver; Dario, Paolo; A., Pietrabissa
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S., Sinigaglia; G., Megali; Cavallo, Filippo; O., Tonet; Dario, Paolo; A., Pietrabissa
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Cavallo, Filippo; Megali, Giuseppe; Sinigaglia, Stefano; Tonet, Oliver; Dario, Paolo
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Cavallo, Filippo; G., Megali; S., Sinigaglia; O., Tonet; Dario, Paolo; A., Pietrabissa
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Megali, Giuseppe; Sinigaglia, Stefano; Tonet, Oliver; Cavallo, Filippo; Dario, Paolo
