Abstract: A fast and efficient automated satellite constellation detection process can be implemented at least in part independent of in-band data in the satellite signal. The automated detection process iterates through a set of various predefined transponder settings to detect one or more accessible satellite constellations through each satellite dish connected directly or through a switch to a satellite receiver. The process determines whether the satellite receiver is able to lock onto a satellite signal at each transponder setting. Based on the combinations of which satellite constellations are available at each transponder setting, the process allocates a specific satellite constellation to each satellite dish. In one implementation, channel information can be used to further refine the detection and identification of accessible satellite constellations for each satellite dish.

Abstract: Optimized scanning for EPG data in the streams is provided by performing interim scans based on user data. The user data is gathered based on services accessed by one or more users of the device. The streams are then ranked according to the data and a scan threshold of a subset of streams to scan is defined. A interim scan occurs on a subset of streams up to the threshold streams after a first time interval after which scanning may end.

Abstract: Optimized scanning for EPG data in the streams is provided by performing interim scans based on user data. The user data is gathered based on services accessed by one or more users of the device. The streams are then ranked according to the data and a scan threshold of a subset of streams to scan is defined. A interim scan occurs on a subset of streams up to the threshold streams after a first time interval after which scanning may end.

Abstract: A fast and efficient automated satellite constellation detection process can be implemented at least in part independent of in-band data in the satellite signal. The automated detection process iterates through a set of various predefined transponder settings to detect one or more accessible satellite constellations through each satellite dish connected directly or through a switch to a satellite receiver. The process determines whether the satellite receiver is able to lock onto a satellite signal at each transponder setting. Based on the combinations of which satellite constellations are available at each transponder setting, the process allocates a specific satellite constellation to each satellite dish. In one implementation, channel information can be used to further refine the detection and identification of accessible satellite constellations for each satellite dish.