60 GHz Front End Receiver for Biomedical Applications
Germin Saeed Fakhry Ghaly;
Abstract
The use of wireless communications for biomedical applications has recently drawn a significant research attention; as it helps patients experience better physical mobility while not being obliged to stay in hospital. Three types of communication channels for health care applications, that include off-body, on-body and in-body channels, help to minimize clinical checks and hospitalization costs. Since human body safety is of main concern, along with the functionality, reliability and long term operation of health care applications, several requirements are set that include low radiated power, and low power consumption.
60 GHz communications offer several advantages that include reduced coverage range, highly directional antennas, and small sized equipment on body; thus, it is the most suitable frequency for use in biomedical applications communications. Wireless electro-cardiac body area sensor network is a biomedical transceiver that includes wireless electrodes that are placed across the human body and a base station that communicates with the electrodes using 60 GHz OOK signals, and the external world using GSM network.
This thesis targets the design of low power 60 GHz front-end receiver for on-body biomedical applications. The main focus is on the design of low noise and power architectures for the main building blocks of the front-end receiver, which is designed using CMOS technology.
60 GHz communications offer several advantages that include reduced coverage range, highly directional antennas, and small sized equipment on body; thus, it is the most suitable frequency for use in biomedical applications communications. Wireless electro-cardiac body area sensor network is a biomedical transceiver that includes wireless electrodes that are placed across the human body and a base station that communicates with the electrodes using 60 GHz OOK signals, and the external world using GSM network.
This thesis targets the design of low power 60 GHz front-end receiver for on-body biomedical applications. The main focus is on the design of low noise and power architectures for the main building blocks of the front-end receiver, which is designed using CMOS technology.
Other data
Title | 60 GHz Front End Receiver for Biomedical Applications | Other Titles | الواجهة الامامية للمستقبل 60 جيجا هرتز للتطبيقات الطبية | Authors | Germin Saeed Fakhry Ghaly | Issue Date | 2017 |
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