Abstract: Systems and techniques for delivery of contextual interest from interaction information are described that process user interactions with digital content to generate user interest scores for various topics. A contextual user interest system uses user interaction data to identify and contextualize content, and assigns propensity scores to the contextualized content. By dynamically contextualizing pages of content, the contextual user interest system may adapt to changes in the content and provide more accurate and robust information over time, which is not possible using conventional techniques. The contextualized pages of content are used to assign user interest scores across a number of topics to users who have visited the pages of content, and the user interest scores are normalized in a manner that allows a user's degree of interest in a topic to be compared to that of another user.

Abstract: Systems and techniques for delivery of contextual interest from interaction information are described that process user interactions with digital content to generate user interest scores for various topics. A contextual user interest system uses user interaction data to identify and contextualize content, and assigns propensity scores to the contextualized content. By dynamically contextualizing pages of content, the contextual user interest system may adapt to changes in the content and provide more accurate and robust information over time, which is not possible using conventional techniques. The contextualized pages of content are used to assign user interest scores across a number of topics to users who have visited the pages of content, and the user interest scores are normalized in a manner that allows a user's degree of interest in a topic to be compared to that of another user.

Abstract: Example embodiments herein include a license manager process that receives a license query from a server device. The license query requests usage data associated with a permanent license on a client device. In response to receiving the license query, the license manager procures the usage data associated with the permanent license on the client device. The license manager then transmits the usage data associated with the permanent license to the server device. Furthermore, the license manager receives a revocation request from the server device. In this manner, the revocation request is received in response to transmitting the usage data associated with the permanent license to the server device. In turn, the license manager revokes the permanent license that was indicated in the revocation request to disable use of the respective application on the client device.

Abstract: Example embodiments herein include a license manager process that receives a license query from a server device. The license query requests usage data associated with a permanent license on a client device. In response to receiving the license query, the license manager procures the usage data associated with the permanent license on the client device. The license manager then transmits the usage data associated with the permanent license to the server device. Furthermore, the license manager receives a revocation request from the server device. In this manner, the revocation request is received in response to transmitting the usage data associated with the permanent license to the server device. In turn, the license manager revokes the permanent license that was indicated in the revocation request to disable use of the respective application on the client device.