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Exploration of the time-domain radio sky has huge potential for advancing ourknowledge of the dynamic universe. Past surveys have discovered large numbersof pulsars, rotating radio transients and other transient radio phenomena;however, they have typically relied upon off-line processing to cope with thehigh data and processing rate. This paradigm rules out the possibility ofobtaining high-resolution base-band dumps of significant events or ofperforming immediate follow-up observations, limiting analysis power to whatcan be gleaned from detection data alone. To overcome this limitation,real-time processing and detection of transient radio events is required. Byexploiting the significant computing power of modern graphics processing units(GPUs), we are developing a transient-detection pipeline that runs in real-timeon data from the Parkes radio telescope. In this paper we discuss thealgorithms used in our pipeline, the details of their implementation on the GPUand the challenges posed by the presence of radio frequency interference.

Spotting Radio Transients with the help of GPUs