Application of turbo-codes to a CDMA mobile radio system using joint detection and antenna diversity

In order to guarantee communication links of sufficient quality, channel coding is required in mobile radio systems. A novel class of binary parallel concatenated recursive systematic convolutional codes termed turbo-codes allowing a near Shannon limit performance without affecting the data rate was...

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Main Authors: Jung, P., Nasshan, M., Blanz, J.
Format: Conference Proceeding
Language:English
Subjects:
Additive white noise
Channel coding
Concatenated codes
Convolutional codes
Land mobile radio
Mobile antennas
Mobile communication
Multiaccess communication
Receivers
Turbo codes
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Nasshan, M.
Blanz, J.
description In order to guarantee communication links of sufficient quality, channel coding is required in mobile radio systems. A novel class of binary parallel concatenated recursive systematic convolutional codes termed turbo-codes allowing a near Shannon limit performance without affecting the data rate was proposed and investigated for additive white Gaussian noise channels. Using a simple turbo-code based on a 16-state recursive systematic convolutional code, the authors demonstrate the applicability of turbo-codes to a CDMA mobile radio system using joint detection and coherent receiver antenna diversity. The considered turbo-code is tailored to the delay requirements of voice communications. Furthermore, the performance advantage of this turbo-code over a regular convolutional code is demonstrated.< >
doi_str_mv 10.1109/VETEC.1994.345194
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Additive white noise
Channel coding
Concatenated codes
Convolutional codes
Land mobile radio
Mobile antennas
Mobile communication
Multiaccess communication
Receivers
Turbo codes
title Application of turbo-codes to a CDMA mobile radio system using joint detection and antenna diversity
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