Design of effective Receiver in Wireless Network using turbo code
Gyeong-Hyu Seok, Woo-Jin Choi
Abstract
Gyeong-Hyu Seok, Woo-Jin Choi
Abstract
In this paper, we considered the received signal of the wideband CDMA systems using turbo code in the multipath channel environments, and analyze the performance of the system. This study is to analyze the performance for the variable system bandwidth according to the number of branches of rake receiver by passing the received signal through a rake receiver with a turbo code in Rayleigh fading channel environments. For the design of receiver in wideband CDMA systems, we presented the efficient parameters for the number of iterative decoding and the number of branches of rake receiver.
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In this paper, we considered the received signal of the wideband CDMA systems using turbo code in the multipath channel environments, and analyze the performance of the system. This study is to analyze the performance for the variable system bandwidth according to the number of branches of rake receiver by passing the received signal through a rake receiver with a turbo code in Rayleigh fading channel environments. For the design of receiver in wideband CDMA systems, we presented the efficient parameters for the number of iterative decoding and the number of branches of rake receiver.
Key concepts: Rake receiver, Turbo code, Turbo equalizer, Computer science, Electronic engineering, Multipath propagation, Code division multiple access, Fading