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- Title
Novel signaling and detection schemes for ultra-wideband transmitted-reference systems.
- Authors
Wung, Lih-Chang; Su, Szu-Lin; Jhun, Chyi-Fan
- Abstract
Ultra-Wideband (UWB) impulse radio systems apply sub-nanosecond pulses and are able to resolve multipath due to their fine time-resolution capability. To take full advantage of the available signal energy, a Rake receiver with high hardware complexity is required. To remedy this difficulty, an improved scheme called the transmitted reference (TR) systems is proposed. TR systems do not require the complex task of channel estimation and render a simple receiver structure. However, the low-complexity detection in the conventional TR scheme is achieved at the cost of 50% energy/bandwidth disadvantage. This disadvantage has become the popular research focus of UWB TR systems. In this paper a performance-enhanced signal and detection scheme, namely the dual averaging N-bit differential transmitted reference/balanced transmitted reference (ANDTR/BTR) system, is proposed to increase the data rate while still maintain the overall system performance. Numerical results suggest that this proposed scheme is able to achieve superior data rate while maintain the same or better bit error performance as compared with others.
- Subjects
ULTRA-wideband devices; RADIO broadcasting software; MULTIPATH channels; WIRELESS personal area networks; WIRELESS communications; SIGNAL-to-noise ratio
- Publication
Telecommunication Systems, 2013, Vol 52, Issue 2, p1179
- ISSN
1018-4864
- Publication type
Article
- DOI
10.1007/s11235-011-9633-y