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6 results on '"Di Palma V"'

1. A 0.46 nV/√Hz JFET Low-Noise Amplifier for Characterization of Nanoelectrode Coating Materials

Author

Vallicelli, E, di Palma, V, De Matteis, M, Baschirotto, A, Fanciulli, M, Vallicelli E. A., di Palma V., De Matteis M., Baschirotto A., Fanciulli M., Vallicelli, E, di Palma, V, De Matteis, M, Baschirotto, A, Fanciulli, M, Vallicelli E. A., di Palma V., De Matteis M., Baschirotto A., and Fanciulli M.

Abstract

This work presents the design and experimental validation of a low-noise amplifier based on a ultra-low-noise JFET for noise characterization of materials samples for neural interfaces. The JFET LNA amplifies the sample noise power by 46 dB well above a lock-in amplifier noise floor, used as spectrum analyzer for noise characterization. The LNA exploits the high gm and low flicker corner frequency of JFETs to achieve 0.15 dB noise figure. The JFET LNA has been characterized in terms of frequency response and noise power spectrum and experimentally validated by characterizing the noise spectrum of a platinum silicide (PtSi) sample.

Published
2022

2. SARMENTI: in-situ real-time soil nutrients and gaseous emission measurement

Author

Lesecq, S., primary, Gougis, M., additional, Gouze, E., additional, di Matteo, A., additional, Alessi, E., additional, Di Palma, V., additional, di Salvo, S., additional, O'Riordan, A., additional, Shao, H., additional, Mouzakitis, G., additional, Ponsardin, G., additional, Dudnik, G., additional, Correvon, M., additional, Daly, K., additional, Molleman, B., additional, Balan, T. C., additional, Dimitru, C., additional, and Mailat, G., additional

Published
2020
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3. INSPEX: Design and integration of a portable/wearable smart spatial exploration system

Author

Lesecq, S., primary, Foucault, Julie, additional, Birot, F., additional, de Chaumont, H., additional, Jackson, C., additional, Correvon, M., additional, Heck, P., additional, Banach, R., additional, di Matteo, A., additional, Di Palma, V., additional, Barrett, J., additional, Rea, S., additional, Van Gyseghem, J.-M., additional, O'Murchu, C., additional, and Mathewson, A., additional

Published
2017
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6. 'Medical Assistance in Contextual awareness' (AMICO): a project for a better cardiopathic patients quality of care

Author

Paolo Zampognaro, Andrea di Matteo, Daniela De Venuto, Dario Di Nocera, Antonio Coronato, Vincenza Di Palma, Alessandro Stuart Savoia, Loreto Pescosolido, Ignazio Infantino, Stefano Ricci, Nicola De Luca, Attilio Frangi, IEEE, Di Palma, V, De Venuto, D, Ricci, S, Frangi, A, Savoia, Alessandro Stuart, Di Nocera, D, Zampognaro, P, Coronato, A, Infantino, I, Pescosolido, L, De Luca, N, and di Matteo, A

Subjects
medicine.medical_treatment, Compliance (psychology), Domestic environment, sensor, social robotics, medicine, rehabilitation programs, Quality of care, robotics, Medical education, Rehabilitation, assistive robotics, business.industry, Sensors, telemedicine services, Novelty, Contextual awareness, robot, Mood, e-health, Sensors, telemedicine services, robots, rehabilitation programs, robots, Psychology, Internet of Things, business, telemedicine service
Abstract

The "Medical Assistance in Contextual awareness" (AMICO) project is the result of synergistic collaboration between international industrial partner, operating in the electronics and biomedical fields and Italian academic institutions. The AMICO project aims to create an e-Medicine precision platform, in the Internet of Things field, which ensures to the patient, especially those affected by cardiovascular diseases, the integration of the hospital rehabilitation model with his or her daily life in the domestic environment. The real-time acquisition of clinical data, supplemented by a mood recognition, will allow doctors to follow patients, verify pharmacological compliance and recognize a worsening in the clinical outcomes. On the other hands, a friendly-use e-Medicine platform will help and motivate patients in their rehabilitation path. This project is an absolute novelty in the national and international field as it will permit a strong interaction between specialist structures and Doctors, even in emergency and/or urgency conditions, from the patient domicile.

Published
2019

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