Abstract: A text-based interactive interpreter and user interface that sequentially allows a user to modify, transform, or filter data sets from a database system. Execution of user generated instructions results in output that can be rendered as a table, map, JSON, or other view. A user can easily retrieve a data set from a resource identifier for the data set. Instructions and results are presented in a sequential manner down the user interface page. Instructions can refer to variables and output data from previous blocks in the user interface page. The interpreted user-generated textual instruction areas can retrieve a data set specified in the textual blocks, parse and execute the textual instructions to transform, filter, or manipulate the data set. The resulting data set is rendered according to the data type, default settings, or preconfigured preferences into a table, map, JSON, or other view.

Abstract: A text-based interactive interpreter and user interface that sequentially allows a user to modify, transform, or filter data sets from a database system. Execution of user generated instructions results in output that can be rendered as a table, map, JSON, or other view. A user can easily retrieve a data set from a resource identifier for the data set. Instructions and results are presented in a sequential manner down the user interface page. Instructions can refer to variables and output data from previous blocks in the user interface page. The interpreted user-generated textual instruction areas can retrieve a data set specified in the textual blocks, parse and execute the textual instructions to transform, filter, or manipulate the data set. The resulting data set is rendered according to the data type, default settings, or preconfigured preferences into a table, map, JSON, or other view.

Abstract: A text-based interactive interpreter and user interface that sequentially allows a user to modify, transform, or filter data sets from a database system. Execution of user generated instructions results in output that can be rendered as a table, map, JSON, or other view. A user can easily retrieve a data set from a resource identifier for the data set. Instructions and results are presented in a sequential manner down the user interface page. Instructions can refer to variables and output data from previous blocks in the user interface page. The interpreted user-generated textual instruction areas can retrieve a data set specified in the textual blocks, parse and execute the textual instructions to transform, filter, or manipulate the data set. The resulting data set is rendered according to the data type, default settings, or preconfigured preferences into a table, map, JSON, or other view.

Abstract: Computer-implemented systems and methods are provided for analyzing healthcare-related entity performance. In one implementation, a method is implemented with one or more processors and includes receiving a request that includes one or more filter selections and accessing a data structure including information that specifies a plurality of categories of healthcare-related interactions associated with multiple healthcare-related entities. The method also includes identifying a set of categories from the plurality of categories based on the one or more filter selections and processing the information of the identified categories to provide performance information of one or more entities of the multiple healthcare-related entities in accordance with the one or more filter selections. The method further includes generating a user interface that includes the performance information indicating a performance of the one or more entities.

Abstract: Techniques related to searches of highly structured data are described. A body of data may be represented by an object-centric data model. For a search of the body of data, an indication of a particular search template to use may be received. The particular search template may specify one or more hierarchical object types that are within a scope of the search. The one or more hierarchical object types may be defined in the object-centric data model. The particular search template may specify at least one search field. A user interface may be generated based on the particular search template. The user interface may include the at least one search field.

Abstract: Techniques related to searches of highly structured data are described. A body of data may be represented by an object-centric data model. For a search of the body of data, an indication of a particular search template to use may be received. The particular search template may specify one or more hierarchical object types that are within a scope of the search. The one or more hierarchical object types may be defined in the object-centric data model. The particular search template may specify at least one search field. A user interface may be generated based on the particular search template. The user interface may include the at least one search field.

Abstract: Computer-implemented systems and methods are provided for analyzing healthcare-related entity performance. In one implementation, a method is implemented with one or more processors and includes accessing a data structure including information that specifies healthcare-related interactions and identifying, from the data structure, a first set of interactions associated with a first healthcare-related entity. The method also includes identifying, from the data structure, a second set of interactions associated with one or more filter selections and processing the information of the identified first and second set of interactions to provide performance information of the first healthcare-related entity and one or more healthcare-related entities associated with the one or more filter selections.

Abstract: Computer-implemented systems and methods are provided for analyzing healthcare-related entity performance. In one implementation, a method is implemented with one or more processors and includes receiving a request that includes one or more filter selections and accessing a data structure including information that specifies a plurality of categories of healthcare-related interactions associated with multiple healthcare-related entities. The method also includes identifying a set of categories from the plurality of categories based on the one or more filter selections and processing the information of the identified categories to provide performance information of one or more entities of the multiple healthcare-related entities in accordance with the one or more filter selections. The method further includes generating a user interface that includes the performance information indicating a performance of the one or more entities.