Transcript · English → Chinese
Advancements in Remote Health Monitoring
他们测量你的手机不是为了远程医 疗， 而是为了测量皮肤下的生物信号。
计算机科学、ScienceDirect， 物理、生理信号采集
适用于国家 标准与技术研究院，
信息物理系统、完全部署的系统， 以实现你们所有的共存
在无线网络中， 与你们所有的智能电表以及你们的
六年前的普渡大学。
以及2014年的 医疗体域网升级
至医疗植入式 通信系统
以将自由空间光通信 与所有无线传感器网络相结合
从而让你的 定位投放功能得以运行。
但不用担心，
生理信号采集无处不在， 伴随着20年的生物信号采集技术
以及用于你智慧城市的 非接触式人类活动识别雷达
这样您的亲人和 养老机构就再也不用担心
拨打救护车或独自一人的问题。
他们绝非孤身一人。
智能反射面 和802.15 Bravo Foxtrot使得
无线信号能够穿透 墙壁并绕过角落
利用等离子体非接触式 人体雷达来探测人体心跳。
现在在麻省理工学院，你 甚至不需要起搏器。
我们只需在您的胸前贴一个小贴纸， 利用那种等离子体非接触式人体雷 达。
2014年DARPA， 我们正在利用外周神经系统。
它就像一条传输全身生理生命体征 的 信息高速公路
因为外周神经 系统连接着中枢神经系统。
End of transcript · 244 words · machine translated
Original transcript (English)
They're not measuring your cell phone for remote health care, they're measuring the biological signals under the skin. Computer science, science direct, physical, physiological, signal acquisition for the National Institute of Standards and Technology, cyber physical, fully deployed systems for all of your coexistence in the wireless with all your smart meters and your
Purdue University six years ago. And medical body area network upgrade in 2014 to the medical implant communication system to include the free space optical with all the wireless sensor networks that allow your drop that location to work.
But don't worry, physiological signal acquisition is ubiquitous with 20 years of biological signal acquisition with non-contact human activity recognition radar for your smart city so that your loved ones and assisted living never have to worry about calling an ambulance or being alone.
They're never alone. Intelligent reflective surfaces and 802.15 Bravo Foxtrot allow the wireless to see through the walls and around corners using plasmography non-contact human radar for human heartbeats. Now at MIT you don't even need a pacemaker.
We'll just put a little sticker on your chest using that plasmography non-contact human radar. 2014 DARPA, we're using the peripheral nervous system. It's like a super highway of information about physiological vital signs of the entire body because the peripheral nervous system connects to the central nervous system.
