Abstract: In some examples, a system for determining a level of self-image congruence comprises at least one processor and a memory storing instructions which, when executed by the at least one processor among the processors, cause the system to perform operations comprising, at least: selecting one or more self-image attributes that align with a brand-user image; defining each of the selected self-image attributes via a type of subject matter that is of interest to consumers identifying with the selected attributes; identify consumers exhibiting one or more of the selected attributes based on a digital footprint including an online content consumption; computing a congruence score for each identified consumer relative to each selected attribute; and rating the resulting set of consumers based on their respective congruence scores for the selected attributes.

Abstract: Computer-implemented systems and methods are disclosed for deploying documents in a live environment. The systems and methods can provide a configuration environment including a testing environment and a staging environment that can be used to configure documents that can implement software as a system. The documents can provide users with various services, that can be accessed by the documents in a testing staging environment and a live environment. The documents can be used to edit configuration files that can correspond with an entity or a patient. After being edited, a diff utility can be used to calculate and provide differences between a modified configuration file and an original configuration file. Non-transitory computer readable storage media for storing instructions that use the methods are also disclosed.

Abstract: Computer-implemented systems and methods are disclosed for deploying documents in a live environment. The systems and methods can provide a configuration environment including a testing environment and a staging environment that can be used to configure documents that can implement software as a system. The documents can provide users with various services, that can be accessed by the documents in a testing staging environment and a live environment. The documents can be used to edit configuration files that can correspond with an entity or a patient. After being edited, a diff utility can be used to calculate and provide differences between a modified configuration file and an original configuration file. Non-transitory computer readable storage media for storing instructions that use the methods are also disclosed.

Abstract: In some examples, a system for determining a level of self-image congruence comprises at least one processor and a memory storing instructions which, when executed by the at least one processor among the processors, cause the system to perform operations comprising, at least: selecting one or more self-image attributes that align with a brand-user image; defining each of the selected self-image attributes via a type of subject matter that is of interest to consumers identifying with the selected attributes; identify consumers exhibiting one or more of the selected attributes based on a digital footprint including an online content consumption; computing a congruence score for each identified consumer relative to each selected attribute; and rating the resulting set of consumers based on their respective congruence scores for the selected attributes.

Abstract: Computer-implemented systems and methods are disclosed for deploying documents in a live environment. The systems and methods can provide a configuration environment including a testing environment and a staging environment that can be used to configure documents that can implement software as a system. The documents can provide users with various services, that can be accessed by the documents in a testing staging environment and a live environment. The documents can be used to edit configuration files that can correspond with an entity or a patient. After being edited, a diff utility can be used to calculate and provide differences between a modified configuration file and an original configuration file. Non-transitory computer readable storage media for storing instructions that use the methods are also disclosed.

Abstract: A method of determining effectiveness of an advertising campaign comprising: bidding on available advertising inventory; obtaining online impression data from at least one advertisement for at least one successful bid; matching, via a data cloud, the online impression data to a plurality of unique consumers; matching, via the data cloud, a plurality of unique consumers to at least one unsuccessful bid; determining characteristics of consumers for impression data who performed a desired event; determining characteristics of consumers for impression data who did not perform the desired event; determining characteristics of consumers from the at least one unsuccessful bid who performed the desired event; determining characteristics of consumers from the at least one unsuccessful bid who did not perform the desired event; determining consumer characteristics likely to lead to the desired event; and measuring the impact of the at least one successful bid.

Abstract: The system and method of the present invention provides customers with real-time information in order to evaluate future consumer spending capacity. The present invention can help to identify situations beyond traditional credit metrics to determine change of circumstances for end-consumers. The system allows for selection of consumers based on data trends and learned industry risk and behavior indicators.

Abstract: Computer-implemented systems and methods are disclosed for deploying documents in a live environment. The systems and methods can provide a configuration environment including a testing environment and a staging environment that can be used to configure documents that can implement software as a system. The documents can provide users with various services, that can be accessed by the documents in a testing staging environment and a live environment. The documents can be used to edit configuration files that can correspond with an entity or a patient. After being edited, a diff utility can be used to calculate and provide differences between a modified configuration file and an original configuration file. Non-transitory computer readable storage media for storing instructions that use the methods are also disclosed.

Abstract: Computer-implemented systems and methods are disclosed for deploying documents in a live environment. The systems and methods can provide a configuration environment including a testing environment and a staging environment that can be used to configure documents that can implement software as a system. The documents can provide users with various services, that can be accessed by the documents in a testing staging environment and a live environment. The documents can be used to edit configuration files that can correspond with an entity or a patient. After being edited, a diff utility can be used to calculate and provide differences between a modified configuration file and an original configuration file. Non-transitory computer readable storage media for storing instructions that use the methods are also disclosed.

Abstract: Computer-implemented systems and methods are disclosed for deploying documents in a live environment. The systems and methods can provide a configuration environment including a testing environment and a staging environment that can be used to configure documents that can implement software as a system. The documents can provide users with various services, that can be accessed by the documents in a testing staging environment and a live environment. The documents can be used to edit configuration files that can correspond with an entity or a patient. After being edited, a diff utility can be used to calculate and provide differences between a modified configuration file and an original configuration file. Non-transitory computer readable storage media for storing instructions that use the methods are also disclosed.

Abstract: A method and apparatus is described to select a representative signature for use in identifying content in a packet stream. The method may comprise receiving the packet stream and obtaining content from a data payload of the packet. Thereafter, a plurality of signatures is identified from the content and a complexity score or a frequency score is determined based on the content. A signature of the plurality of signatures is then selected as the representative signature based on the complexity score or the frequency score.

Abstract: A method and apparatus is described to select a representative signature for use in identifying content in a packet stream. The method may comprise receiving the packet stream and obtaining content from a data payload of the packet. Thereafter, a plurality of signatures is identified from the content and a complexity score or a frequency score is determined based on the content. A signature of the plurality of signatures is then selected as the representative signature based on the complexity score or the frequency score.