Small presentation about possibilities of mobile health monitoring

1. CONNECTED HUMAN

2. IOT-MD
Whole System Demonstrator Trial in UK
The UK’s Department of Health’s Whole System
Demonstrator launched in May 2008. It is the largest randomized
control trial of tele health and tele care in the world, involving
6191 patients and 238 GP practices across three
sites, Newham, Kent and Cornwall. The trials were evaluated
by: City University London, University of Oxford, University of
Manchester, Nuffield Trust, Imperial College London and London
School of Economics.
 45% reduction in mortality rates
 20% reduction in emergency admissions
 15% reduction in A&E visits
 14% reduction in elective admissions
 14% reduction in bed days
 8% reduction in tariff costs

3. E-HEALTH SYSTEM

4. VITAL SIGNALS
 Blood pressure: 90/60 mm/Hg to 120/80 mm/Hg
 Breathing: 12 - 18 breaths per minute
 Pulse: 60 - 100 beats per minute
 Temperature: 33.4 - 33.8 degrees
 SpO2: 90%-100%
 Glucose: <140 mg/dL

5. MONITORING DEVICES: BLOOD PRESSURE
Pros:
Vital signal
Fast results
Cons:
Air pump
Energy Harvesting
Not wearable size

6. MONITORING DEVICES: BREATHING
Pros:
Vital signal
Cons:
Air flow meter
Energy Harvesting
Not wearable size
Not cognitive to use
Pros:
Vital signal
Uses 2 mic
Cheap
Cons:
Hard to program recognition
algorithm (FFT)

7. MONITORING DEVICES: PULSE
Pros:
Vital signal
Fast results
Multi version of realisation
Cons:
No

8. MONITORING DEVICES: TEMPERATURE
Pros:
Vital signal
Fast results
Low power consumption
Cons:
No

9. MONITORING DEVICES: SPO2
Pros:
Vital signal
Fast results
HR calculation
Cons:
No

10. MONITORING DEVICES: GLUCOSE
Pros:
No
Cons:
Vital signal
Not wearable size
Invasive
Slow results
Test strips

11. MONITORING DEVICES: ECG
Pros:
Best vital monitoring
Analog signal
Can be used instead of HR-
meter
Cons:
Hard to apply
Energy harvesting

12. MONITORING SYSTEMS OTHER
BT blood pressure
Vital monitor clinical grade
Body fat analyzer
Portable ultrasound

13. WEARABLES, DEDICATED
Holter SpO+Pulse+EEG ECG+HR
SpO Sleep analyzer Fall sensor+gps

14. INTEGRATED DEVICES

15. R&D
 Wearable to daily care
 SpO2
 HR
 ECG 3 sensors
 Temperature
 Fall Detector
 Breathing data
 Variable connectivity (Wi-Fi, BTLE,IP)
 Multi-data stream, consumer and RAW
 Conductivity Textile, washable
 Low power consumption

16. OUR SOLUTION

17. SWOT
S W
Wearable No experience
Multi network connectivity Big Data management
Secure Connection Developing of new platform
Own infrastructure Failsafe
Different data to different end user Lot of source code
Enjoy sensor for >40% diseases
Trend: IoT, M-health, Cloud, Wearable
O T
New service for elder/infant/diseased Concurrent does not sleeps!
New service for hospitals Certification issues
Recognition can be omitted by using Accuracy of measurement and end data
already approved sensor (FDA) Hard to advertise

18. BITALINO KIT
•1x BITalino hardware
(MCU, Bluetooth,
Power, ECG, EMG,
EDA, Accelerometer,
Light, LED) with
already snapped
sensors
•1x 3-lead accessory
(for EMG / ECG)
•1x 2-lead accessory
(for EDA)
•5x Pre-gelled
electrodes
•1x Li-Po Battery
320mAh
•1x RJ22 to Molex
Sherlock sensor
connection cable (1m
length)

19. E-HEALTH KIT V2.0

20. TI (+FPGA)

21. FREESCALE MEDICAL (PCB)

22. MICROCHIP

23. ELEMENT14© (FPGA)
DM3730 ARM
based, 512MB
DDR SDRAM,
512MB NAND
Flash, 2GB
iNAND, 10/100M
Ethernet interface
(RJ45), TF card
slot, OTG port,
four USB ports,
and three serial
ports (UART1: 5-
wire TTL serial
port; UART2: 5-
wire TTL serial
port; UART3: 5-
wire RS232 serial
port

24. THANK YOU!