极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
科学爬墙
Simple calibration process
Intuitive display of physiologic status
Works during sleep
爬墙,进行访问
爬墙,进行访问
Data-driven chronic disease management
Emergency mode triggered when needed
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
Phone or smart speaker emits inaudible ultrasonic pulses that reflect off a person’s chest.
The reflections are detected by the device’s microphone.
Signal processing algorithms analyze the frequency shifts in the reflected signal to identify clinically meaningful respiratory changes.
Respiration is communicated by the device to drive appropriate interventions in a variety of scenarios.
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
Shyam Gollakota, PhD
Dr. Gollakota is an Associate Professor in the Paul G. Allen School of Computer Science & Engineering at the University of Washington where he leads the Networks and Mobile Systems Lab. His research covers a range of topics, including computer networks, human-computer interaction, battery-free computing and mobile health. He is an alumnus of MIT (Ph.D., 2013) and IIT Madras (BS, 2006).
Jacob Sunshine, MD
Dr. Sunshine is an Assistant Professor at the University of Washington School of Medicine in Anesthesiology & Pain Medicine. His research involves finding ways to use existing commodity devices to help solve public health challenges, specifically in the diagnosis of emergent cardiopulmonary conditions. His research is supported by the NIH, NSF and private foundations.
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
Ed Truitt
Enterprise Development
爬墙
Digital Health Products
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
极光vqn官网-极光加速器正版官网-极光爬墙专用加速器-极光vqn官网
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