Skip to content
  • UNIPD
  • DEPARTMENTS
  • LIBRARIES
  • WEBMAIL
  • CONTACT US
  • WEBMAIL
  • CONTACT US
Main Menu
  • ABOUT US
      • VISION
      • BOARD
      • SUPPORTING DEPARTMENTS
      • SUPPORTING PERSONNEL
      • MINUTES OF THE PNC BOARD
  • RESEARCH
      • PEOPLE
      • RESEARCH AREAS
      • Multimodal Neuroimaging and Analysis Method
      • Circuits and Cellular Neuroscience
      • Cognitive, Affective and Behavioral Neuroscience
      • Translational and Clinical Neuroscience
      • Computational Neuroscience
      • FACILITIES
      • High Density EEG
      • Eye-Tracking System
      • MRI & PET scanners
      • Pre-Clinical Core Facilities
      • Book a facility
      • WORKING GROUPS
      • PUBLICATIONS
  • PHD IN NEUROSCIENCE
      • INDIVIDUAL TRAINING PLAN
      • ADMISSION
      • RESEARCH LINES
      • TEACHING ACTIVITIES
      • GOVERNANCE
      • FACULTY
      • PHD STUDENTS
      • GUIDELINES & FORMS
  • NEWS & EVENTS
  • WORK WITH US
Flyout Menu
  • Home
  • About Us
    • Vision
    • Board
    • Supporting Personnel
    • Supporting Departments
    • Minutes of the PNC Board
  • Research
    • People
    • Research
      • Multimodal Neuroimaging and Analysis Method
      • Circuits and Cellular Neuroscience
      • Cognitive, Affective, and Behavioral Neuroscience
      • Translational and Clinical Neuroscience
      • Computational Neuroscience
    • Facilities
      • High Density EEG
      • Eye-Tracking System
      • MR and PET/MR scanners
      • Pre-Clinical Core Facilities
      • Book a facility
    • Working Groups
    • Publications
  • PhD in Neuroscience
    • Individual Training Plan
    • Admission
    • Research Lines
    • Teaching Activities
    • Governance
    • Faculty
    • International and External Faculty
    • PhD Students
    • Guidelines and Forms
  • News & Events
  • Work with us
  • Contact Us

flyer-nieus_06_10

Home » News & Events » Events » A novel multi-class logistic regression algorithm to reliably infer network connectivity from cell membrane potentials » flyer-nieus_06_10

flyer-nieus_06_10

Martina Garbinato
    • About Us
    • Research
    • PHD in Neuroscience
    • News & Events
    • Work with us
    • Contact us
    • Privacy Policy
    • Cookie Policy
    • Transparent Administration

    © 2025 Università di Padova - Tutti i diritti riservati

    Credits