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    Claudio Palestini

    BIOGRAPHY Giovanni E. Corazza is a Full Professor at DEIS, Univer- sity of Bologna, and leads Wireless Communications inside the Advanced Research Centre for Electronic Systems ARCES. He was Chairman of the School for Telecommunications... more
    BIOGRAPHY Giovanni E. Corazza is a Full Professor at DEIS, Univer- sity of Bologna, and leads Wireless Communications inside the Advanced Research Centre for Electronic Systems ARCES. He was Chairman of the School for Telecommunications in the years 2000-2003. He is the Chairman of the Advanced Satellite Mobile Systems Task Force ASMS TF and of the Integral Satcom Initiative ISI,
    This paper tackles the issue of increasing GNSS receivers reliability by presenting a novel ultra-tight integration scheme identified as Gaussian AUtocorrelation Scaled Sum (GAUSS). This hybridization approach is based on the concept that... more
    This paper tackles the issue of increasing GNSS receivers reliability by presenting a novel ultra-tight integration scheme identified as Gaussian AUtocorrelation Scaled Sum (GAUSS). This hybridization approach is based on the concept that a completely artificial autocorrelation peak, generated starting from the information provided by the inertial sensors can be fused non-coherently into the received signal autocorrelation function to enhance
    ABSTRACT The problem of fast code acquisition in dual-band Galileo receivers is tackled. The proposed techniques exploit the Galileo E1 and E5 Open Service signals structure, implementing a cross-band aiding approach that yields mutual... more
    ABSTRACT The problem of fast code acquisition in dual-band Galileo receivers is tackled. The proposed techniques exploit the Galileo E1 and E5 Open Service signals structure, implementing a cross-band aiding approach that yields mutual assistance in code synchronization adopting a master/slave configuration. The schemes are analyzed in terms of mean acquisition time (MAT) introducing the procedure flow-graph and overall mean acquisition time (OMAT). Numerical evaluation shows enhanced OMAT performance w.r.t. autonomous dual-band acquisition, guaranteeing complexity reduction.