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By Dabove, Paolo; Manzino, Ambrogio; De Agostino, Mattia

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Each channels shares 50 % of the total transmitted power. To represent this signal, the common representation in (1) is changed to 1 √ r [n] = √ 2C (d[n + τ ]b[n + τ ] − c2nd [n + τ ]c[n + τ ]) cos (2π ( f IF + f D )nTS + φ) + nW [n] 2 (49) b[n], c[n] are respectively the 4-ms primary PRN codes of the data (B) and pilot (C) channels modulated by BOC(1,1) scheme; d[n] is the navigation data in the B channel; c2nd [n] is the secondary code, which together with c[n] form a 100-ms tiered code for the C channel (GalileoICD, 2008).

High for GNSSSensitivity Signal AcquisitionTechniques for GNSS Signal Acquisition High Sensitivity Techniques 31 29 Choi, I. , Park, S. , Cho, D. , Yun, S. , Kim, Y. B. & Lee, S. J. (2002). A Novel Weak Signal Acquisition Scheme for Assisted GPS, Proceedings of the ION GPS 2002, Portland, OR, USA, pp. 177–183. Corazza, G. E. & Pedone, R. (2007). Generalized and Average Likelihood Ratio Testing for Post Detection Integration, IEEE Transactions on Communications 55: 2159–2171. Dafesh, P. , Nguyen, T.

2006). New Fast Signal Acquisition Unit for GPS/Galileo Receivers, Proceedings of European Navigation Conference ENC-GNSS 2006. , Watson, R. & Lachapelle, G. (2007). Differential combining for acquiring weak GPS signals, Signal Processing 87(5): 824–840. Zarrabizadeh, M. H. & Sousa, E. S. (1997). A Differentially Coherent PN Code Acquisition Receiver for CDMA Systems, IEEE Transactions on Communications 45(11): 1456–1465. 2 Baseband Hardware Designs in Modernised GNSS Receivers Nagaraj C. Shivaramaiah and Andrew G.

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