6. https://goo.gl/QRHuz2
Imagine: just sitting in a cabin..
What parameters could be measured today?
● … with low budget
● … non invasive
● … useable worldwide for “the masses”
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7. https://goo.gl/QRHuz2
sensors & technology - that could be used
● MEMS micros
● ultrasonic sensors
● weight sensor
● accelerometerx
● pulsoxymeters
● cams
● infra red cam
● single shot refractometer
○ some ESP32
○ some Raspberry Pi B3+
■ Internet access 365/24
● solar power
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8. https://goo.gl/QRHuz2
technologies that are available now
● speech recognition in all (google supported) languages
● speaker recognition, gender, age
● face and eye recognition with Raspberry pi
● gender recognition by speech
● backend image processing
● artificial intelligence
● TTS pico speak offline
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parametersm that could be measured
● gender, age
● body weight and BMI
● body length, dys-/proportion: sitting/standing (amputations)
● shaking (e.g. ADHS/ Accelerometer, M. Parkinson)
● (skin/PERIPHERAL FINGER) temperature
● hair (Alopezia)
● heart rhythm (radar)
● oxygen saturation => heart illness
● breathing rhythm (radar)
● full eye status (visus testing, full refraction)
● full audiometric status (auditive disabilities)
● reaction testings
● eye blink and movements
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automatic total check
time needed estimated:
30 minutes?
10. https://goo.gl/QRHuz2
parameters
● two pulsoxymeters right/left middle finger
● detecting puls frequency, side differences? amplutudes, temperature
● oxygen saturation
● thermo face cam
○ infections. body/face peripheral temperature (remember SARS epidemics!!)
○ cam: Gesichtszentrierung
○ cam above: wearing hut / detecting Alopecia, detecting max HWS rotation when moving head along a blinking
led-line
● cheap radar chip
○ doppler effect aallwing detecting : Normopnoe, Tachypnoe, Hypopnoe -> COPD
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How to obtain these parameters I
● Radar Module (in front of client)
○ breath frequency, recorded during the whole period of testing
○ heartbeat rate, recorded during the whole period of testing
● movable screen (in front of client)
○ 2 x loudspeakers aside chair in wall -> doing audiometry
■ verbal commands , using speech recognition
○ determining visus by screen testing
■ verbal commands also, using speech recognition
■ automated refraction analysis is possible today 4 screening
■ anthropometric hand measuring : children/adult age recognition
○ cam 4 face centric
● Audio profiling
○ women / men
○ language
○ detecting heart failure (“water in lung”)
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details: breathing sensoring
https://www.ncbi.nlm.nih.gov/pubmed/12583278
Abstract
The paper introduces the design of hardware and software of non-contact detection system for breathing and heartbeat
in human body with radar principles and technology. The detection technology is discussed. Under conditions of the
illuminating power P < 1 mW and the distance S < 10 m, the non-contact breathing and heartbeat measurement, can be in
different positions and with different clothing on the subject. The results show that the system with the technology has a
high sensitivity, and is harmless to the health. It is a practicable non-contact detection technology for breathing and
heartbeat of human body.
PMID: 12583278 [Indexed for MEDLINE]
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28. https://goo.gl/QRHuz2
details: heartbeat sensoring
● https://www.ncbi.nlm.nih.gov/pubmed/12583278
Abstract
The paper introduces the design of hardware and software of non-contact detection system for breathing and heartbeat in human body
with radar principles and technology. The detection technology is discussed. Under conditions of the illuminating power P < 1 mW and the
distance S < 10 m, the non-contact breathing and heartbeat measurement, can be in different positions and with different clothing on the
subject. The results show that the system with the technology has a high sensitivity, and is harmless to the health. It is a practicable non-
contact detection technology for breathing and heartbeat of human body.
PMID: 12583278 [Indexed for MEDLINE]
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