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+39 011 0904043 Politecnico di Torino, Torino
Neuronica Labs
  • Staff
    • Eros Pasero
    • Vincenzo Randazzo
    • Annunziata Paviglianiti
    • Giorgia Ghione
    • Pietro Buccellato
    • Silvia Caligari
    • Federico Delrio
  • Projects
    • Active Projects
      • Research
        • VITAL-ECG
        • ULVE: ULcer VErification
        • Deep Learning
        • Battery Management
        • Intruder recognition using ECG signal
        • A Neural Based Comparative Analysis for Feature Extraction from ECG signals
        • Non-stationary topological learning: the G-EXIN Neural Network
        • The Growing Curvilinear Component Analysis (GCCA) Neural Network
        • Monitoring systems for improving efficiency and welfare of residential buildings
        • Advanced machine learning for factory optimization
        • ENTWINED
      • Founded by competitive calls
        • Battery ageing estimation with Artificial Intelligence
        • MIGRE – Mini green ultralight expendable radio sonde
        • PulsEcg
        • Risk stratification in Brugada syndrome through AI-enhanced electrocardiograms
      • Funded by commercial contracts
        • Development of a software module for the detection of circular concave discontinuities on the surface of printed and painted sheet materials in uniform translated movement
        • Development of the module for identifying the centers of round rings on the grid with the relative publication of the identified coordinates
        • Activities related to the research project called “BAT-MAN” valid on POR FESR 2014/2020 – Technological Innovation Poles
        • Activities related to the research project called “BAT-MAN” under the POR FESR 2014/2020 – creation of prototypes and the creation of the APP for data transmission on smartphones
        • Energy/environmental monitoring of buildings via sensor network
        • Diopartimental convention between DET and CINFAI for the managment of a research unit
        • Management of track maintenance problems in winter conditions
        • Collaboration for research and training activities in particular in the areas of safety and security of airport operations
        • Feasibility study and definition of mobile weather forecasting systems
    • Concluded Projects
      • ANNIE
      • AUDIO
      • AWIS – Airport Winter Information System
        • AWIS features
        • AWIS Partners
        • AWIS potential impact
      • Data Processing
      • Haptic
      • ITACA
      • Low Power Wireless Sensor Networks (LPWSN)
        • Application issue
        • Environmental Sensing
      • NEMEFO
      • Robots
        • The Axle
        • The Hexapod
      • THOR
      • STIPER-STIPER2-GRATAMA
  • Thesis
    • Active
      • Artificial Neural Networks for the study of residual life of litium batteries for electric vehicles
      • Automatic ECG analysis with artificial neural networks
      • Deep learning neural networks and Image processing for automatic defect detection on cars
      • Paper ECG digitalization
      • Study and development of wearable medical devices
    • Concluded
      • Detection of vital parameters with non-invasive sensors
      • Dual band matching network for Tire-Pressure-Monitoring-System
      • Hyper-scanning EEG Platform
      • Smart wearable wrist ECG with BLE interface
      • Study of lead acid battery life cycle for automotive
      • Vital EKG: a wearable multi-sensor system for medical diagnostics and patient monitoring
      • Smart wearable wrist ECG with BLE interface
      • BAT-MAN: Current and Voltage Sensing Circuit for Automotive Batteries SoH and SoC Determination
      • Simultaneous Localization and Mapping
      • Development of an algorithm for predicting the state of health of a patient with renal insufficiency
      • ECG pre-processing and af detection algorithm for ECG-watch device
      • Design and development of a multi-parameter wearable medical device
      • Cuffless blood pressure measurement
      • Recurrent Neural Networks for non invasive arterial blood pressure estimation
      • Development of a machine learning algorithm and a cloud-based architecture to support clinicians in identifying Acute Kidney Injury events
      • Development of an Android interface for medical devices for non-invasive, cuff-less blood pressure measurement
      • Cmut-based, portable, handheld device analysis for diagnostic ultrasound imaging
      • Development of an Android application with the integration of a neural network to support wearable medical devices
      • Study and development of a mobile interface for smartwatch with medical application
      • Development and finalisation of IOS PulsEcg app for the cuffless measurement of the blood pressure through the neural network
  • Press
  • Books
  • Patents
  • Publications
    • 2012
    • 2013
    • 2014
    • 2015
    • 2016
    • 2017
    • 2018
    • 2019
    • 2020
    • 2021
    • 2022
    • Previous Years
  • Sensors
    • Android T-H Sensor
    • Climtronic
    • ECG
    • ICE SENSOR
    • Infra-Red T sensor
    • NeuroTermoUSB
    • T-H SENSOR
    • TIMEX
    • TinyWest
  • Useful Links

Press

Neuronica Labs > Press

From laboratories to departments, research enters the ward, La Stampa, 18 August 2016

SaluTO – Torino, 20-21 September 2019

Heart, for prevention there is an algorithm. “We can understand who is at risk of fatal disease”, Il Messaggero, 20 June 2022

Photogallery

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  • EnglishEnglish
  • ItalianoItaliano

  • Contact us

    • + 39 011 0904041
    • eros.pasero@polito.it
    • vincenzo.randazzo@polito.it
    • annunziata.paviglianiti@polito.it
Corso Duca degli Abruzzi, 24 - 10129 Torino, Italy
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