Analytical Study for Performance Evaluation of Signal Detection Scheme to Allow the Coexistence of Additional and Existing Radio Communication Systems

Kanshiro KASHIKI; I-Te LIN; Tomoki SADA; Toshihiko KOMINE; Shingo WATANABE

doi:10.1587/transcom.E97.B.295

Analytical Study for Performance Evaluation of Signal Detection Scheme to Allow the Coexistence of Additional and Existing Radio Communication Systems

Kanshiro KASHIKI, I-Te LIN, Tomoki SADA, Toshihiko KOMINE, Shingo WATANABE

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This paper describes an analytical study of performance of a proposed signal detection scheme that will allow coexistence of an additional radio communication system (generally, secondary system) in the service area where the existing communication system (primary system) is operated. Its performance characteristics are derived by an analytical method based on stochastic theory, which is subsequently validated by software simulation. The main purpose of the detection scheme is to protect the primary system from the secondary system. In such a situation, the signals of the primary system and secondary system may be simultaneously received in the signal detector. One application of such a scheme is D-to-D (Device-to-Device) communication, whose system concept including the detection scheme is briefly introduced. For improved secondary signal detection, we propose the signal cancellation method of the primary system and the feature detection method of the secondary system signal. We evaluate the performance characteristics of the detection scheme in terms of “probability of correct detection”. We reveal that an undesired random component is produced in the feature detection procedure when two different signals are simultaneously received, which degrades the detection performance. Such undesired component is included in the analytical equations. We also clarify that the cancellation scheme improves the performance, when the power ratio of the primary signal to secondary signal is higher than 20-22dB.

Publication: IEICE TRANSACTIONS on Communications Vol.E97-B No.2 pp.295-304

Publication Date: 2014/02/01

Publicized

Online ISSN: 1745-1345

DOI: 10.1587/transcom.E97.B.295

Type of Manuscript: Special Section PAPER (Special Section on Technologies for Effective Utilization of Spectrum White Space)

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Authors

Kanshiro KASHIKI
  KDDI R&D Labs.
I-Te LIN
  KDDI R&D Labs.
Tomoki SADA
  KDDI R&D Labs.
Toshihiko KOMINE
  KDDI R&D Labs.
Shingo WATANABE
  KDDI R&D Labs.

Keyword

primary system, secondary system, white space, signal detection, signal canceller, feature detection, probability of correct detection

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Kanshiro KASHIKI, I-Te LIN, Tomoki SADA, Toshihiko KOMINE, Shingo WATANABE, "Analytical Study for Performance Evaluation of Signal Detection Scheme to Allow the Coexistence of Additional and Existing Radio Communication Systems" in IEICE TRANSACTIONS on Communications, vol. E97-B, no. 2, pp. 295-304, February 2014, doi: 10.1587/transcom.E97.B.295.
Abstract: This paper describes an analytical study of performance of a proposed signal detection scheme that will allow coexistence of an additional radio communication system (generally, secondary system) in the service area where the existing communication system (primary system) is operated. Its performance characteristics are derived by an analytical method based on stochastic theory, which is subsequently validated by software simulation. The main purpose of the detection scheme is to protect the primary system from the secondary system. In such a situation, the signals of the primary system and secondary system may be simultaneously received in the signal detector. One application of such a scheme is D-to-D (Device-to-Device) communication, whose system concept including the detection scheme is briefly introduced. For improved secondary signal detection, we propose the signal cancellation method of the primary system and the feature detection method of the secondary system signal. We evaluate the performance characteristics of the detection scheme in terms of “probability of correct detection”. We reveal that an undesired random component is produced in the feature detection procedure when two different signals are simultaneously received, which degrades the detection performance. Such undesired component is included in the analytical equations. We also clarify that the cancellation scheme improves the performance, when the power ratio of the primary signal to secondary signal is higher than 20-22dB.
URL: https://globals.ieice.org/en_transactions/communications/10.1587/transcom.E97.B.295/_p

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@ARTICLE{e97-b_2_295,
author={Kanshiro KASHIKI, I-Te LIN, Tomoki SADA, Toshihiko KOMINE, Shingo WATANABE, },
journal={IEICE TRANSACTIONS on Communications},
title={Analytical Study for Performance Evaluation of Signal Detection Scheme to Allow the Coexistence of Additional and Existing Radio Communication Systems},
year={2014},
volume={E97-B},
number={2},
pages={295-304},
abstract={This paper describes an analytical study of performance of a proposed signal detection scheme that will allow coexistence of an additional radio communication system (generally, secondary system) in the service area where the existing communication system (primary system) is operated. Its performance characteristics are derived by an analytical method based on stochastic theory, which is subsequently validated by software simulation. The main purpose of the detection scheme is to protect the primary system from the secondary system. In such a situation, the signals of the primary system and secondary system may be simultaneously received in the signal detector. One application of such a scheme is D-to-D (Device-to-Device) communication, whose system concept including the detection scheme is briefly introduced. For improved secondary signal detection, we propose the signal cancellation method of the primary system and the feature detection method of the secondary system signal. We evaluate the performance characteristics of the detection scheme in terms of “probability of correct detection”. We reveal that an undesired random component is produced in the feature detection procedure when two different signals are simultaneously received, which degrades the detection performance. Such undesired component is included in the analytical equations. We also clarify that the cancellation scheme improves the performance, when the power ratio of the primary signal to secondary signal is higher than 20-22dB.},
keywords={},
doi={10.1587/transcom.E97.B.295},
ISSN={1745-1345},
month={February},}

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TY - JOUR
TI - Analytical Study for Performance Evaluation of Signal Detection Scheme to Allow the Coexistence of Additional and Existing Radio Communication Systems
T2 - IEICE TRANSACTIONS on Communications
SP - 295
EP - 304
AU - Kanshiro KASHIKI
AU - I-Te LIN
AU - Tomoki SADA
AU - Toshihiko KOMINE
AU - Shingo WATANABE
PY - 2014
DO - 10.1587/transcom.E97.B.295
JO - IEICE TRANSACTIONS on Communications
SN - 1745-1345
VL - E97-B
IS - 2
JA - IEICE TRANSACTIONS on Communications
Y1 - February 2014
AB - This paper describes an analytical study of performance of a proposed signal detection scheme that will allow coexistence of an additional radio communication system (generally, secondary system) in the service area where the existing communication system (primary system) is operated. Its performance characteristics are derived by an analytical method based on stochastic theory, which is subsequently validated by software simulation. The main purpose of the detection scheme is to protect the primary system from the secondary system. In such a situation, the signals of the primary system and secondary system may be simultaneously received in the signal detector. One application of such a scheme is D-to-D (Device-to-Device) communication, whose system concept including the detection scheme is briefly introduced. For improved secondary signal detection, we propose the signal cancellation method of the primary system and the feature detection method of the secondary system signal. We evaluate the performance characteristics of the detection scheme in terms of “probability of correct detection”. We reveal that an undesired random component is produced in the feature detection procedure when two different signals are simultaneously received, which degrades the detection performance. Such undesired component is included in the analytical equations. We also clarify that the cancellation scheme improves the performance, when the power ratio of the primary signal to secondary signal is higher than 20-22dB.
ER -