Noise jamming performance of FH/DPSK with coding and diversity

Yu-Ted Su; William C. Lindsey

doi:10.1109/MILCOM.1989.103894

Noise jamming performance of FH/DPSK with coding and diversity

Yu-Ted Su^*, William C. Lindsey

^*Corresponding author for this work

Department of Electrical and Computer Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

The performance behavior of L-diversity, slow FH/DPSK (frequency-hopping/differential-phase-shift-keying) data detectors in the presence of partial-band-noise jamming is presented. Two nonlinear combining schemes, namely, the predemodulation and postdemodulation soft-decision diversity combiners, are examined. The former is found to render a better cutoff rate performance. This diversity combiner is then further investigated under the constant data rate and constant symbol energy criteria. It is concluded that, for bit-error probability of 10^-5, 3.2 and 12.2 dB are gained by using the rate one-half, constraint length seven (7, 1/2) convolutional code with the dual-diversity constant data rate option and the 16-diversity constant symbol energy option, respectively.

Original language	English
Pages	20-24
Number of pages	5
DOIs	https://doi.org/10.1109/MILCOM.1989.103894
State	Published - 15 Oct 1989
Event	IEEE Military Communications Conference - MILCOM '89. Part 1 - Boston, MA, USA Duration: 15 Oct 1989 → 18 Oct 1989

Conference

Conference	IEEE Military Communications Conference - MILCOM '89. Part 1
City	Boston, MA, USA
Period	15/10/89 → 18/10/89

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10.1109/MILCOM.1989.103894

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title = "Noise jamming performance of FH/DPSK with coding and diversity",

abstract = "The performance behavior of L-diversity, slow FH/DPSK (frequency-hopping/differential-phase-shift-keying) data detectors in the presence of partial-band-noise jamming is presented. Two nonlinear combining schemes, namely, the predemodulation and postdemodulation soft-decision diversity combiners, are examined. The former is found to render a better cutoff rate performance. This diversity combiner is then further investigated under the constant data rate and constant symbol energy criteria. It is concluded that, for bit-error probability of 10-5, 3.2 and 12.2 dB are gained by using the rate one-half, constraint length seven (7, 1/2) convolutional code with the dual-diversity constant data rate option and the 16-diversity constant symbol energy option, respectively.",

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year = "1989",

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doi = "10.1109/MILCOM.1989.103894",

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AU - Lindsey, William C.

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N2 - The performance behavior of L-diversity, slow FH/DPSK (frequency-hopping/differential-phase-shift-keying) data detectors in the presence of partial-band-noise jamming is presented. Two nonlinear combining schemes, namely, the predemodulation and postdemodulation soft-decision diversity combiners, are examined. The former is found to render a better cutoff rate performance. This diversity combiner is then further investigated under the constant data rate and constant symbol energy criteria. It is concluded that, for bit-error probability of 10-5, 3.2 and 12.2 dB are gained by using the rate one-half, constraint length seven (7, 1/2) convolutional code with the dual-diversity constant data rate option and the 16-diversity constant symbol energy option, respectively.

AB - The performance behavior of L-diversity, slow FH/DPSK (frequency-hopping/differential-phase-shift-keying) data detectors in the presence of partial-band-noise jamming is presented. Two nonlinear combining schemes, namely, the predemodulation and postdemodulation soft-decision diversity combiners, are examined. The former is found to render a better cutoff rate performance. This diversity combiner is then further investigated under the constant data rate and constant symbol energy criteria. It is concluded that, for bit-error probability of 10-5, 3.2 and 12.2 dB are gained by using the rate one-half, constraint length seven (7, 1/2) convolutional code with the dual-diversity constant data rate option and the 16-diversity constant symbol energy option, respectively.

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T2 - IEEE Military Communications Conference - MILCOM '89. Part 1

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ER -

Noise jamming performance of FH/DPSK with coding and diversity

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