Iot for e-health system project concept
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The UK's Whole System Demonstrator trial from 2008 was the largest randomized controlled study of telehealth and telecare in the world, involving over 6,000 patients across 238 general practices in three sites. The trial found reductions of 45% in mortality rates, 20% in emergency admissions, 15% in A&E and elective visits, and 14% in bed days and costs. It was evaluated by several UK universities and institutions.
Iot for e-health system project concept
- 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
- 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
- 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)
- 20. TI (+FPGA)
- 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!