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DTSTAMP:20260630T231613Z
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DESCRIPTION:---------------------------------------------------------------
 \n\nJoin us for the second webinar in the EMBS Twin Cities Engineering in 
 Medicine series of the year\, sponsored by the IEEE Engineering in Medicin
 e and Biology Society – Twin Cities Chapter.\n\nThis session will explor
 e how continuous health monitoring is evolving from single-signal wearable
 s to multimodal bioelectronic systems that capture synchronized physiologi
 cal\, mechanical\, and biochemical data in real-world settings. We will di
 scuss recent progress in translational wearable bioelectronics for clinica
 lly integrated monitoring across cardiovascular\, neurological\, and sleep
 -related applications\, with examples including wearable sleep staging and
  disorder detection\, neural–motion sensing for seizure and neonatal mon
 itoring\, cuffless blood pressure monitoring\, and multimodal cardiac sens
 ing for valve disease assessment. The session will also highlight key engi
 neering challenges such as low-power circuit design\, robust skin and body
  interfaces\, multimodal synchronization\, signal quality assessment\, and
  explainable AI models that convert continuous signals into clinically mea
 ningful insights. Finally\, we will look ahead to closed-loop\, adaptive b
 ioelectronic systems that combine continuous sensing\, real-time analytics
 \, and personalized intervention for next-generation digital medicine.\n\n
 Speaker(s): Yayun Du\n\nVirtual: https://events.vtools.ieee.org/m/561642
LOCATION:Virtual: https://events.vtools.ieee.org/m/561642
ORGANIZER:riaghosh19@gmail.com
SEQUENCE:32
SUMMARY:EMBS Webinar series: Translational Multimodal Bioelectronics for Co
 ntinuous and Clinically Integrated Health Monitoring
URL;VALUE=URI:https://events.vtools.ieee.org/m/561642
X-ALT-DESC:Description: <br /><hr class="hr-solid hr-extended ieee_bright_o
 range_bt2">\n<p>Join us for the second webinar in the EMBS Twin Cities Eng
 ineering in Medicine series of the year\, sponsored by the IEEE Engineerin
 g in Medicine and Biology Society &ndash\; Twin Cities Chapter.</p>\n<p>Th
 is session will explore how continuous health monitoring is evolving from 
 single-signal wearables to multimodal bioelectronic systems that capture s
 ynchronized physiological\, mechanical\, and biochemical data in real-worl
 d settings. We will discuss recent progress in translational wearable bioe
 lectronics for clinically integrated monitoring across cardiovascular\, ne
 urological\, and sleep-related applications\, with examples including wear
 able sleep staging and disorder detection\, neural&ndash\;motion sensing f
 or seizure and neonatal monitoring\, cuffless blood pressure monitoring\, 
 and multimodal cardiac sensing for valve disease assessment. The session w
 ill also highlight key engineering challenges such as low-power circuit de
 sign\, robust skin and body interfaces\, multimodal synchronization\, sign
 al quality assessment\, and explainable AI models that convert continuous 
 signals into clinically meaningful insights. Finally\, we will look ahead 
 to closed-loop\, adaptive bioelectronic systems that combine continuous se
 nsing\, real-time analytics\, and personalized intervention for next-gener
 ation digital medicine.<br><img src="https://events.vtools.ieee.org/vtools
 _ui/media/display/655e0f5e-b392-4026-ae3f-dde145528c2f"></p>
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