Hamouda M, Sachs J, Ußmüller T, Fischer G, Weigel R (2012)
Publication Type: Conference contribution
Publication year: 2012
Conference Proceedings Title: Internation Conference on Ultra-wide Band 2012
Event location: Syracuse, NewYork, USA
DOI: 10.1109/ICUWB.2012.6340420
This work deals with M-sequence UWB Radio architectures for high-precision indoor localization and low data rate radio transmission. So far, UWB M-sequence devices were only used in Radar mode which applies wired synchronization between transmitter and receiver. Radio systems have different architecture since receiver and transmitter are spatially separated from each other. This paper focuses on the phase and frequency synchronization between the clock of the transmitter and receiver. The proposed architecture deals with 10 gigachips per second achieving a high frequency bandwidth ranging from DC upto 5GHz or consequently from 5GHz to 15GHz depending on the device structure. It is very costly and power demanding to process such signals in the digital domain to perform the synchronization. Thus, a low power and low cost technique is introduced using analog blocks for the synchronization achieving a maximum error of 5ps.
APA:
Hamouda, M., Sachs, J., Ußmüller, T., Fischer, G., & Weigel, R. (2012). High Precision Wireless Synchronization Receiver for M-Sequence UWB Radio Systems. In Internation Conference on Ultra-wide Band 2012. Syracuse, NewYork, USA.
MLA:
Hamouda, Mohammed, et al. "High Precision Wireless Synchronization Receiver for M-Sequence UWB Radio Systems." Proceedings of the Internation Conference on Ultra-wide Band 2012, Syracuse, NewYork, USA 2012.
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