Wire-Free, Multi-Modal Non-Contact Physiological Sensing and Monitoring
Organised by Indian Institute of Technology Madras and RWTH Aachen University
7th April to 20th April 2021
Virtual Workshop on Zoom
About The Conference
The workshop on 'Wire-free, multi-modal non-contact physiological sensing and monitoring' is a virtual workshop organized by Indian Institute of Technology Madras and RWTH Aachen University. Eighteen speakers from different universities and organizations will talk on the latest developments in non-contact monitoring.
The talks will be between 7th April 2021 and 20th April 2021, with two talks per day. Each talk will be for a duration of 30 to 45 minutes with Q & A.
The two talk timings everyday are 2:30 pm and 6:30 pm IST (11 am and 3 pm CEST)
Topics and Chairs
- Photoplethysmography Imaging
- Contactless SPO2
- Unobtrusive vital signs monitoring and applications
- Sensors for unobtrusive monitoring
- Capacitively coupled ECG, Bioimpedance and radar technologies
- Sensor Fusion and Machine Learning for Physiological Sensing
-
April 7, 2021Wednesday
-
April 8, 2021Thursday
-
April 9, 2021Friday
-
April 12, 2021Monday
-
April 13, 2021Tuesday
-
April 14, 2021Wednesday
-
April 15, 2021Thursday
-
April 16, 2021Friday
-
April 19, 2021Monday
-
April 20, 2021Tuesday
Robust camera-PPG in near infrared and its applications
Photoplethysmography Imaging (PPGI): selected notes on history, etymology, today ́s modi operandi and new horizons
Advanced non-contact method for vital sign monitoring: Possible approaches and interfering inputs
Unobtrusive monitoring of cardiogenic vibrations as a means to evaluating cardiovascular and respiratory health
Non-contact blood pressure estimation by iPPG
Wireless Innovation in Human Sensing: Vital signs and Beyond
Unobtrusive acquisition of physiological signals based on electromagnetic and optical coupling: The dental treatment unit as an exemplary application scenario
Transforming smart environments into diagnostic spaces
Sensor Fusion and Machine Learning for Multimodal Physiological Sensing
Towards robust and practically feasible contactless SpO2
Unobtrusive vital sign monitoring in automotive environments
A Naturalistic Pilot Study of Accelarousal
Quantitative assessment of microcirculation parameters in clinical setting by camera-based plethysmography
Camera-based Physiological Sensing and Visualization with Applications in Health and Wellbeing
Photoplethysmography Imaging - Signal, Model and Cognitive States
Unobtrusive health monitoring with capacitively coupled ECG, Bioimpedance and radar technologies
Progress and potential of sheeted flexible electrodes in multi-modal physiological sensing
Physiological monitoring of preterm infants in the Neonatal Intensive Care Unit
.summit-section-151 {background-image: url(http://wp.gbjsolution.com/summit/wp-content/uploads/sites/7/2016/07/cover-bg.jpg);background-size: cover;background-position: center;}.summit-section-153 {background-image: url(http://wp.gbjsolution.com/summit/wp-content/uploads/sites/7/2016/07/notebook-428293_1280.jpg);background-size: cover;background-position: center;background-attachment: fixed;}
