Abstract: Systems and methods are provided for synchronizing audio feeds. A system obtains a plurality of audio feeds and identifies a base feed, a first feed, a base segment, and a first segment. The system also determines a plurality of time-shifted first segments that are each temporally offset from the first segment by a unique multiple of a granularity parameter. A plurality of correlation values between the base segment and each of the plurality of time-shifted first segments are also determined, as well as a first offset value corresponding to a particular time-shifted first segment of the plurality of time-shifted first segments having the highest correlation value. The first feed and/or supplemental content of the first feed is then synchronized with the base feed by at least temporally offsetting the first feed and/or supplemental content of the first feed by a temporal offset comprising/based on the selected first offset value.

Abstract: Systems and methods are provided for synchronizing audio feeds. A system obtains a plurality of audio feeds and identifies a base feed, a first feed, a base segment, and a first segment. The system also determines a plurality of time-shifted first segments that are each temporally offset from the first segment by a unique multiple of a granularity parameter. A plurality of correlation values between the base segment and each of the plurality of time-shifted first segments are also determined, as well as a first offset value corresponding to a particular time-shifted first segment of the plurality of time-shifted first segments having the highest correlation value. The first feed and/or supplemental content of the first feed is then synchronized with the base feed by at least temporally offsetting the first feed and/or supplemental content of the first feed by a temporal offset comprising/based on the selected first offset value.