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DTSTAMP:20260702T162835Z
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DTSTART;TZID=America/New_York:20260709T123000
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DESCRIPTION:Advances in radar sensing\, electromagnetics-based digital twin
 s\, and physics-aware artificial intelligence are opening new frontiers in
  healthcare innovation\, especially for remote regions with limited medica
 l infrastructure. This talk reviews developments in practical\, low-cost s
 ystems using mmWave radar for contactless monitoring of glucose monitoring
 \, vital signs\, falls\, sleep\, and daily activities. These solutions are
  privacy-preserving and scalable\, making them ideal for both rural clinic
 s and urban homes. In the presented demos\, we showcase how the choice of 
 antenna designs plays an important role alongside enhanced signal processi
 ng algorithms in interpreting radar signals to detect subtle health change
 s\, from early signs of frailty to abnormal breathing. We also explore sel
 ect benefits of electromagnetics-based digital twins that model device pla
 cements\, integrated antenna architectures\, and human-radar interaction\,
  accelerating product development cycles.\n\nSpeaker(s): Professor George 
 Shaker\, \n\nRoom: PSE 7363 Faculty Hall.\, Bldg: E7\, 200 University Ave
  W\, Waterloo\, Ontario\, Canada\, N2L 3G1
LOCATION:Room: PSE 7363 Faculty Hall.\, Bldg: E7\, 200 University Ave W\, 
 Waterloo\, Ontario\, Canada\, N2L 3G1
ORGANIZER:amansoor@uwaterloo.ca
SEQUENCE:15
SUMMARY:Reimagining Health Monitoring using Applied Electromagnetics
URL;VALUE=URI:https://events.vtools.ieee.org/m/565382
X-ALT-DESC:Description: <br /><p><span data-olk-copy-source="MessageBody">A
 dvances in radar sensing\, electromagnetics-based digital twins\, and phys
 ics-aware artificial intelligence are opening new frontiers in healthcare 
 innovation\, especially for remote regions with limited medical infrastruc
 ture. This talk reviews developments in practical\, low-cost systems using
  mmWave radar for contactless monitoring of glucose monitoring\, vital sig
 ns\, falls\, sleep\, and daily activities. These solutions are privacy-pre
 serving and scalable\, making them ideal for both rural clinics and urban 
 homes. In the presented demos\, we showcase how the choice of antenna desi
 gns plays an important role alongside enhanced signal processing algorithm
 s in interpreting radar signals to detect subtle health changes\, from ear
 ly signs of frailty to abnormal breathing. We also explore select benefits
  of electromagnetics-based digital twins that model device placements\, in
 tegrated antenna architectures\, and human-radar interaction\, acceleratin
 g product development cycles.</span></p>
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