Schedule

Hours are referred to the Rome time zone and expressed in Central European Summer TimeΒ (CEST). Lectures will be recorded and made available on the TEAMS channel for 48 hours. Recordings cannot be downloaded.
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 Fri Jul-16Mon Jul-19Tue Jul-20Wed Jul-21Thu Jul-22Fri Jul-23
9:00-9:30π—’π—£π—˜π—‘π—œπ—‘π—šπ—’π—£π—˜π—‘π—œπ—‘π—š
9:30-10:15Medico-legal aspects
of perinatal asphyxia:
a conundrum waiting
for clinical and
technical solutions
(Ernesto D’Aloja)
Physiological basis
and processing
principles of heart
rate variability
(Maria G. Signorini)
10:15-11.00Fetal growth monitoring
and issues
(Silvia Visentin)
10:45-11:15BreakBreakπ—’π—£π—˜π—‘π—œπ—‘π—šπ—’π—£π—˜π—‘π—œπ—‘π—šπ—’π—£π—˜π—‘π—œπ—‘π—šπ—’π—£π—˜π—‘π—œπ—‘π—š
11:15-12:002020 Guidelines on
Neonatal Resuscitation:
evidence and gaps
of knowledge
(Daniele Trevisanuto)
Advantages and limitations
of non-linear
HRV indexes
(Roberto Sassi - Massimo Walter Rivolta)
Principles of fetal
electrocardiograpy
(Rik Vullings)

Non-invasive fetal ECG
source separation
methods
(Joachim Behar)
Big data for clinical
decision-support
in labour:
challenges and
future directions
(Antoniya Georgieva)
Nonlinear-type
time-frequency
analysis and its
application to fetal ECG
(Hau-Tieng Wu)
12:00-12:45Fundamentals of
antepartum and
intrapartum fetal monitoring
(Salvatore Tagliaferri)
12:45-13:00Q&AQ&AQ&AQ&AQ&AQ&A
13:00-14:30LunchLunchLunchLunch Lunch Lunch
14:30-16:00Fetal cardiac
electrophysiology
and pathology
(Tammo Delhaas)
Kalman filters
basics
(Reza Sameni)
Principles of fetal electrocardiograpy
(Rik Vullings)
Poster sessionLearning with (deep)
Gaussian processes
(Petar M. Djurić)
Nonlinear-type
time-frequency
analysis and its
application to fetal ECG
(Hau-Tieng Wu)
16:00-16:15BreakBreakBreakBreakBreakBreak
16:15-17:45200 years of
solicitude:
Past successes and
the future potential
for fetal monitoring
(Gari Clifford)
Kalman filters for
fetal ECG
processing
(Reza Sameni)

Kalman filters LAB
(Reza Sameni)
Gaussian Processes
(Petar M. Djurić)
Deep learning Lab
(Petar M. Djurić)
CTG feature detection
and fetal state
estimation using
signal processing
and machine learning
(Philip Warrick)
17:45-18:00Discussion and
closure
Discussion and
closure
Discussion and
closure
Discussion and
closure
Discussion and
closure
Discussion and
closure