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IP-ECG for TeleHomecare

IP-ECG for TeleHomecare. Isao Nakajima, M.D.,Ph.D. Tokai University Medical Research Institute ITU-D Sector Member. Classification of Telemedicine. System concepts. The elderly > 65 y.o. Transported cases with ambulance in Japan. Healthcare cost : reduce U.S. $ 200 Million /y/Japan.

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IP-ECG for TeleHomecare

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  1. IP-ECG for TeleHomecare Isao Nakajima, M.D.,Ph.D. Tokai University Medical Research Institute ITU-D Sector Member

  2. Classification of Telemedicine

  3. System concepts

  4. The elderly > 65 y.o.

  5. Transported cases with ambulance in Japan Healthcare cost : reduce U.S. $ 200 Million /y/Japan

  6. Block Diagram

  7. Arrhythmia 1. SPVC; Supraventricular Premature Contraction 2. VPC; Ventricular Premature Contraction 3. Multifocal VPC 4. Short-run type VPC 5. R on T VPCEquipments at patient’s home

  8. IP-ECG with DFT(Digital Fourier Transform)

  9. Wavelet for ECG

  10. Telephone Charge for Business

  11. Solutions • Preparation of an independent circuit IP-Wireless WAN • Universal service finance U.S. 3. Internet Protocol Telephony through open competition ITU

  12. IP-Telephony

  13. FOMA of IMT-2000

  14. Conclusions We have developed an inexpensive ECG data-transmission system to ease the provision of homecare. Connected to an IP-based wireless WAN for operation, this system is capable of automatically detecting arrhythmia in a patient residing at home and automatically sending the ECG data to the homecare service center.

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