Abstract: Data indicative of a plurality of content output sessions associated with a first time period may be received. Based on the received content output session data, a first subset of the plurality of content output sessions that are outliers may be determined. Data associated with a device associated with each of the first subset of content output sessions may be received. Based on the received device data, each device may be classified as an outlier device or an inlier device. Based on the classification, a second subset of the first subset of content output sessions that are associated with an outlier device may be determined. A duration of each content output session of the second subset may be compared to a duration threshold associated with a second time period. Based on the comparison, a total duration of the content output sessions of the second subset may be adjusted.

Abstract: Data indicative of a plurality of content output sessions associated with a first time period may be received. Based on the received content output session data, a first subset of the plurality of content output sessions that are outliers may be determined. Data associated with a device associated with each of the first subset of content output sessions may be received. Based on the received device data, each device may be classified as an outlier device or an inlier device. Based on the classification, a second subset of the first subset of content output sessions that are associated with an outlier device may be determined. A duration of each content output session of the second subset may be compared to a duration threshold associated with a second time period. Based on the comparison, a total duration of the content output sessions of the second subset may be adjusted.

Abstract: Data recovery is enabled using techniques described herein. A system can include data storage devices configured in a plurality of logical configurations, wherein the logical configurations are respectively associated with respective groups of the data storage devices, and wherein the respective groups of the data storage devices are structured such that at least a first one of the respective groups of the data storage devices comprises a different number of data storage devices than a second one of the respective groups of the data storage devices; and respective parity storage devices communicatively coupled to the data storage devices, wherein respective ones of the groups of the data storage devices are associated with respective ones of the parity storage devices.

Abstract: Offloaded delete operations is described. A target system receives an offloaded data transfer token from a host, with the offloaded data transfer token specifying source data information. The target system identifies the source data and the source storage based on the source data information. The target system determines whether the offloaded data transfer token specifies an offloaded delete operation. The target system deletes the source data from the source storage if the offloaded data transfer token specifies the offloaded delete operation.

Abstract: The present invention relates to the sensitization of a cell to radiation. In particular, the present invention relates to the use of a protease inhibitor to sensitize a cancer cell to radiation.

Abstract: The present invention relates to the sensitization of a cell to radiation. In particular, the present invention relates to the use of a protease inhibitor to sensitize a cancer cell to radiation.

Abstract: The present invention relates to the sensitization of a cell to radiation. In particular, the present invention relates to the use of a protease inhibitor to sensitize a cancer cell to radiation.