2007Unpublished venueRequires access

Performance Analysis of Rake Receiver with M-BOK Keying in DS-UWB System

Lan Wu, Yu Ningmei

Open publisher page 4 citations

Abstract

In this paper, the principle of M-BOK keying was analyzed and the performance of Rake receiver on direct sequence ultra-wideband (DS-UWB) system was studied, based on a S-V multi-path statistical propagation channel model which can describe propagation characteristic of UWB signal more precisely. The simulation results show that in the UWB channel model, M-BOK keying not only achieves two functions of spreading coding and BPSK modulation, but also improves the system performance. As to different receivers, selective rake (S-Rake) receiver is much more applicable than the Partial Rake (P-Rake) receiver. For S-Rake receiver, there isn't notable difference between MRC and EGC, but EGC combination could simplify the structure of receiver

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What this paper is about

In this paper, the principle of M-BOK keying was analyzed and the performance of Rake receiver on direct sequence ultra-wideband (DS-UWB) system was studied, based on a S-V multi-path statistical propagation channel model which can describe propagation characteristic of UWB signal more precisely. The simulation results show that in the UWB channel model, M-BOK keying not only achieves two functions of spreading coding and BPSK modulation, but also improves the system performance. As to different receivers, selective rake (S-Rake) receiver is much more applicable than the Partial Rake (P-Rake) receiver. For S-Rake receiver, there isn't notable difference between MRC and EGC, but EGC combination could simplify the structure of receiver

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Available abstract

In this paper, the principle of M-BOK keying was analyzed and the performance of Rake receiver on direct sequence ultra-wideband (DS-UWB) system was studied, based on a S-V multi-path statistical propagation channel model which can describe propagation characteristic of UWB signal more precisely. The simulation results show that in the UWB channel model, M-BOK keying not only achieves two functions of spreading coding and BPSK modulation, but also improves the system performance. As to different receivers, selective rake (S-Rake) receiver is much more applicable than the Partial Rake (P-Rake) receiver. For S-Rake receiver, there isn't notable difference between MRC and EGC, but EGC combination could simplify the structure of receiver

Key concepts: Rake receiver, Rake, Keying, Phase-shift keying, Computer science, Electronic engineering, Ultra-wideband, Channel (broadcasting)

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