1. WIRELESS TELEMETRY FOR ELECTRONIC PILL TECHNOLOGY

2. INTRODUCTION ELECTRONIC PILL TECHNOLOGY
REAL TIME VIDEO OF INTERNAL ORGANS WIRELESSLY.
DISPLAY THE IMAGES IN NEARBY COMPUTER.
NARROW & WIDE BAND TRANSMISSION.
HIGH DEFINITION VIDEO TRANSMISSION

3. A WIRELESS ENDOSCOPE MONITORING SYSTEM

4. WIRELESS TELEMETRIES EARLY ATTEMPTS BASED ON LOW FREQUENCIES & SIMPLE
STRUCTURE.
TRANSMITER-HARTLEY OR COLLPITTS OSCILATTORS & SENSORS.
RECENT ATTEMPTS ALSO BEEN LIMITED(UHF-433 ISM).
EASY TO DESIGN & HIGH EFFICIENCY

5. RECENT RESEARCH PROJECT OUTCOMES ON ELECTRONIC PILL

6. COMMERCIALLY AVAILABLE PILL TECHNOLOGIES

7. TRANSMISSION FREQUENCY LIMITED AROUND UHF.
HIGH FREQUENCY AND BAND WIDTH FOR WIRELESS
COMMUNICATION IN COMMERCIAL APPLICATION.
THESE TECHNOLOGIES NOT DIRECTLY TRANSFERABLE TO
BIOMEDICAL FIELD.
EXISTING ADVANCED WIRELESS SYSTEMS SUFFER FROM INTERFERNCE.
TO REDUCE SIZE OF WIRELESS CHIP MODULATION SCHEMES- ASK,OOK,FSK,AM USES.

8. POSSIBLE PHYSICAL SHAPES OF ELECTRONIC PILLS

9. Uwb telemetry for electronic pill
Detailed images of diseases.
Wide band radio link required.
Improve the image resolution.
Transmission high definition images.
Low power transmission design.
Low interference effect.
High data rate capability.
Higher power consumption.
Use ultra wide band transmitter.
Transmission rate of 100 Mbps

10. A uwb wireless pill system(transmitter)

11. A uwb wireless pill system (receiver)

12. Wireless electronic pill

13. conclusion
electronic pill technology - visually examine the digestive tract wirelessly.
UWB technology in a miniaturized electronic pill to provide a high capacity wireless channel.
high data rata transmission in the electronic pill technology.
Data rate capacity of 100 Mbps.
High definition image transmission.
new set of diagnostic systems for medical professionals to analyze real-time video and image data wirelessly.

14. references
Base paper- Wireless Telemetry for Electronic Pill Technology Mehmet R. Yuce, Tharaka Dissanayake, Ho Chee Keong
X.Chen et al. “A Wireless capsule endoscope system with low-power controlling and processing ASIC,” IEEE Transation on Biomedical circuits and Systems, Vol.3, February 2009.
^ Performance of Ultra-Wideband Time-of-Arrival Estimation Enhanced With Synchronization Scheme

15. THANK YOU

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