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FPGA Based Real Time Bluetooth Communication for Tele health, Household Security and Industry Safety

Publication Type : Journal Article

Publisher : Proceedings on International Conference on Modern Global Research in Engineering Technology (ICMGRET)

Source : Proceedings on International Conference on Modern Global Research in Engineering & Technology (ICMGRET), Volume Vol.1, p.Page 44 (2018)

Url : http://ijetmas.com/admin/resources/project/paper/f201705171495020121.pdf

Keywords : Android, Bluetooth, FPGA, wireless communication

Campus : Bengaluru

School : School of Engineering

Department : Electronics and Communication

Verified : No

Year : 2018

Abstract : Real-time Bluetooth monitoring system which can used to boost the people’s health guarantee, Home security and industrial safety using android smart phone is presenting in this paper. This technology is primarily used to detect the pulse of patient, smoke level in home and temperature of the industry, the monitor data is received by end user using Bluetooth wireless communication device. Android based smartphone is the first choice of people as these devices are established with large compatibility and mobility, whereas they are low cost devices. FPGA based embedded systems have faster processing capability, low power usage and is reconfigurable as per requirement. In this paper we introduce the design and implementation of the real time remote monitoring using Bluetooth between FPGA based embedded system and android smartphones. This system is very useful where 24 hours real time remote monitoring for reporting and vigilance is required. Advantages of this system is user-friendly interface and is comfortable to end user.

Cite this Research Publication : Paramasivam C., Aravindhan, E., R. priya, H., Hema, M., and A. singh, C., “FPGA Based Real Time Bluetooth Communication for Tele health, Household Security and Industry Safety”, Proceedings on International Conference on Modern Global Research in Engineering & Technology (ICMGRET), vol. Vol.1, p. Page 44, 2018.

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