A low-cost time-hopping impulse radio system for high data rate transmission

Andreas F. Molisch; Ye Geoffrey Li; Yves Paul Nakache; Philip Orlik; Makoto Miyake; Yunnan Wu; Sinan Gezici; Harry Sheng; S. Y. Kung; H. Kobayashi; H. Vincent Poor; Alexander Haimovich; Jinyun Zhang

doi:10.1155/ASP.2005.397

A low-cost time-hopping impulse radio system for high data rate transmission

Andreas F. Molisch, Ye Geoffrey Li, Yves Paul Nakache, Philip Orlik, Makoto Miyake, Yunnan Wu, Sinan Gezici, Harry Sheng, S. Y. Kung, H. Kobayashi, H. Vincent Poor, Alexander Haimovich, Jinyun Zhang

Research output: Contribution to journal › Article › peer-review

18 Scopus citations

Abstract

We present an efficient, low-cost implementation of time-hopping impulse radio that fulfills the spectral mask mandated by the FCC and is suitable for high-data-rate, short-range communications, Key features are (i) all-baseband implementation that obviates the need for passband components, (ii) symbol-rate (not chip rate) sampling, A/D conversion, and digital signal processing, (iii) fast acquisition due to novel search algorithms, and (iv) spectral shaping that can be adapted to accommodate different spectrum regulations and interference environments. Computer simulations show that this system can provide 110 Mbps at 7-10 m distance, as well as higher data rates at shorter distances under FCC emissions limits. Due to the spreading concept of time-hopping impulse radio, the system can sustain multiple simultaneous users, and can suppress narrowband interference effectively.

Original language	English (US)
Pages (from-to)	397-412
Number of pages	16
Journal	Eurasip Journal on Applied Signal Processing
Volume	2005
Issue number	3
DOIs	https://doi.org/10.1155/ASP.2005.397
State	Published - Mar 1 2005

All Science Journal Classification (ASJC) codes

Signal Processing
Hardware and Architecture
Electrical and Electronic Engineering

Keywords

Impulse radio
RAKE receiver
Spectral shaping
Ultra-wideband

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10.1155/ASP.2005.397

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abstract = "We present an efficient, low-cost implementation of time-hopping impulse radio that fulfills the spectral mask mandated by the FCC and is suitable for high-data-rate, short-range communications, Key features are (i) all-baseband implementation that obviates the need for passband components, (ii) symbol-rate (not chip rate) sampling, A/D conversion, and digital signal processing, (iii) fast acquisition due to novel search algorithms, and (iv) spectral shaping that can be adapted to accommodate different spectrum regulations and interference environments. Computer simulations show that this system can provide 110 Mbps at 7-10 m distance, as well as higher data rates at shorter distances under FCC emissions limits. Due to the spreading concept of time-hopping impulse radio, the system can sustain multiple simultaneous users, and can suppress narrowband interference effectively.",

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AU - Nakache, Yves Paul

AU - Orlik, Philip

AU - Miyake, Makoto

AU - Wu, Yunnan

AU - Gezici, Sinan

AU - Sheng, Harry

AU - Kung, S. Y.

AU - Kobayashi, H.

AU - Poor, H. Vincent

AU - Haimovich, Alexander

AU - Zhang, Jinyun

PY - 2005/3/1

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N2 - We present an efficient, low-cost implementation of time-hopping impulse radio that fulfills the spectral mask mandated by the FCC and is suitable for high-data-rate, short-range communications, Key features are (i) all-baseband implementation that obviates the need for passband components, (ii) symbol-rate (not chip rate) sampling, A/D conversion, and digital signal processing, (iii) fast acquisition due to novel search algorithms, and (iv) spectral shaping that can be adapted to accommodate different spectrum regulations and interference environments. Computer simulations show that this system can provide 110 Mbps at 7-10 m distance, as well as higher data rates at shorter distances under FCC emissions limits. Due to the spreading concept of time-hopping impulse radio, the system can sustain multiple simultaneous users, and can suppress narrowband interference effectively.

AB - We present an efficient, low-cost implementation of time-hopping impulse radio that fulfills the spectral mask mandated by the FCC and is suitable for high-data-rate, short-range communications, Key features are (i) all-baseband implementation that obviates the need for passband components, (ii) symbol-rate (not chip rate) sampling, A/D conversion, and digital signal processing, (iii) fast acquisition due to novel search algorithms, and (iv) spectral shaping that can be adapted to accommodate different spectrum regulations and interference environments. Computer simulations show that this system can provide 110 Mbps at 7-10 m distance, as well as higher data rates at shorter distances under FCC emissions limits. Due to the spreading concept of time-hopping impulse radio, the system can sustain multiple simultaneous users, and can suppress narrowband interference effectively.

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A low-cost time-hopping impulse radio system for high data rate transmission

Abstract

All Science Journal Classification (ASJC) codes

Keywords

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