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Explore the MeerTRAP system, a sophisticated Fast Radio Burst (FRB) detection pipeline designed for the MeerKAT radio telescope. Learn about the technical architecture, real-time processing capabilities, and detection algorithms that enable MeerTRAP to identify and characterize transient radio signals from the cosmos. Discover how this cutting-edge system operates as a commensal backend, simultaneously conducting pulsar timing observations while searching for fast radio transients. Understand the data processing workflow, from raw voltage capture through to candidate identification and verification, including the machine learning techniques employed to distinguish genuine astrophysical signals from radio frequency interference. Examine the system's performance metrics, detection sensitivity, and its contributions to the growing catalog of FRB discoveries. Gain insights into the technical challenges of real-time transient detection at radio frequencies and the innovative solutions implemented in MeerTRAP's design. This lecture forms part of the comprehensive FTSky training program focused on developing expertise in fast radio transient astronomy and detection methodologies.
