Abstract:
Performing detailed sentiment analysis includes generating a first sentiment score for a first entity based on a content source. The first sentiment score is generated with respect to a first dimension. A second sentiment score for the first entity is generated based on the content source. The second sentiment score is generated with respect to a second dimension.
Abstract:
A data set is clustered into one or more initial clusters using a first term space. Initial themes for the initial clusters are determined. The first term space is reduced to create a reduced term space. At least a portion of the data set is reclustered into one or more baby clusters using the reduced term space. One or more singletons are reassigned to form one or more renovated clusters from the baby clusters. A renovated theme is determined for at least some of the renovated clusters. One or more of the renovated clusters and their respective themes are provided as output.
Abstract:
A data set is clustered into one or more initial clusters using a first term space. Initial themes for the initial clusters are determined. The first term space is reduced to create a reduced term space. At least a portion of the data set is reclustered into one or more baby clusters using the reduced term space. One or more singletons are reassigned to form one or more renovated clusters from the baby clusters. A renovated theme is determined for at least some of the renovated clusters. One or more of the renovated clusters and their respective themes are provided as output.
Abstract:
An apparatus comprises a visibility module configured to derive a hit visibility score for one or more hits from an information source, wherein the one or more hits are directed to a target entity, and wherein the hit visibility score indicates a likelihood that a corresponding hit is found by a searcher after the searcher searches for the target entity in the information source; a sentiment module configured to derive a hit sentiment score for at least one of the one or more hits, wherein the hit sentiment score indicates a sentiment about the target entity conveyed by the at least one of the one or more hits; and a reputation module configured to derive a reputation for the target entity based on the hit visibility score and the hit sentiment score.
Abstract:
An apparatus comprises a visibility module configured to derive a hit visibility score for one or more hits from an information source, wherein the one or more hits are directed to a target entity, and wherein the hit visibility score indicates a likelihood that a corresponding hit is found by a searcher after the searcher searches for the target entity in the information source; a sentiment module configured to derive a hit sentiment score for at least one of the one or more hits, wherein the hit sentiment score indicates a sentiment about the target entity conveyed by the at least one of the one or more hits; and a reputation module configured to derive a reputation for the target entity based on the hit visibility score and the hit sentiment score.
Abstract:
Presented are systems and methods for creating a set of signatures including acquiring a data set and converting the data set into a plurality of data matrices. The system determines a prime number and determines a plurality of primitive roots to the prime number. The system calculates a template matrix using a first and second primitive root, of the plurality of primitive roots, and selects a data matrix property of interest. The system calculates a first hash function for each of the data matrices to create a first signature for each data matrix such that a main set of signatures is formed, wherein the first hash function is calculated using said property of interest, the prime number, and the template matrix. The system generates a main set of signatures based on the first hash functions, wherein the main set of signatures comprises a first signature for each data matrix.
Abstract:
Presented are systems and methods of operation for a framework system. The framework system acquires software code and modularizes the software code to create an associated modular code, wherein the modular code is composed of a plurality of synchronous and asynchronous modular elements. The framework system modifies the modular code using a modular element, and automatically modifies the software code based on the modified modular code.
Abstract:
Presented are systems and methods of operation for a framework system. The framework system acquires software code and modularizes the software code to create an associated modular code, wherein the modular code is composed of a plurality of synchronous and asynchronous modular elements. The framework system modifies the modular code using a modular element, and automatically modifies the software code based on the modified modular code.
Abstract:
Presented are systems and methods for creating a set of signatures including acquiring a data set and converting the data set into a plurality of data matrices. The system determines a prime number and determines a plurality of primitive roots to the prime number. The system calculates a template matrix using a first and second primitive root, of the plurality of primitive roots, and selects a data matrix property of interest. The system calculates a first hash function for each of the data matrices to create a first signature for each data matrix such that a main set of signatures is formed, wherein the first hash function is calculated using said property of interest, the prime number, and the template matrix. The system generates a main set of signatures based on the first hash functions, wherein the main set of signatures comprises a first signature for each data matrix.
Abstract:
An apparatus comprises a visibility module configured to derive a hit visibility score for one or more hits from an information source, wherein the one or more hits are directed to a target entity, and wherein the hit visibility score indicates a likelihood that a corresponding hit is found by a searcher after the searcher searches for the target entity in the information source; a sentiment module configured to derive a hit sentiment score for at least one of the one or more hits, wherein the hit sentiment score indicates a sentiment about the target entity conveyed by the at least one of the one or more hits; and a reputation module configured to derive a reputation for the target entity based on the hit visibility score and the hit sentiment score.