Development of GNSS receiver algorithms for Acquisition of Galileo E1 Signal

The Galileo GNSS Software Receiver is founded on the principles of signal processing, navigation algorithms, and software-defined radio, enabling it to receive, process, and make sense of the signals transmitted by Galileo satellites in Earth's orbit. Galileo GNSS Software Receiver serves as a linchpin, offering the requisite accuracy and reliability for a myriad of industries and applications. MATLAB-based processing, and embedded software, the correlator leverages the power of Galileo's constellation to provide users with highly accurate positioning, navigation, and timing data. This paper explores the implementation of the Galileo E1 open service signal’s Acquisition algorithms within the GNSS-SDR ecosystem. This paper mainly deals with development of algorithms for acquisition of E1-signal of Galileo GNSS system. Acquisition includes the timing, position, navigation data, etc. The generated spectrum are plotted using MATLAB software.