S6, which were then searched for using the same resampled $\mathcal{F}$-Statistic used in the search. A survey of the loudest joint-detector $2\mathcal{F}$ value reported for background subbands known to be free of injected signals for the band between 200 Hz and 240 Hz (used in a pilot run) gave a mean loudest joint-detector $2\mathcal{F} \approx 55$. Given this background level, the detection criterion was chosen to be joint-detector $2\mathcal{F} \geq 60$ to maintain high efficiency and low false-alarm rate (the false-alarm rate was 3.17% in these pilot subbands).

With these detection criteria, a search was carried out in data. The lists of all templates with joint-detector $2\mathcal{F}$ greater than 45.0 were filtered for the individual detector threshold and the consistency veto, both singly and in tandem. If the loudest template failed either check, the list was used to move to the next-loudest template until the loudest template passing all thresholds and vetoes was identified. This created three sets of results (threshold-only, veto-only, and threshold+veto) which could all be queried independently.

The joint $2\mathcal{F}$ values for the loudest single template (passing all thresholds and vetoes) in each 0.1 Hz subband were collated into lists spanning 10Hz (100 joint $2\mathcal{F}$ values per 