Abstract: An analytical request for information that includes queryable attributes mapped to corresponding fields of customer records from in-memory database of a number of data sources is received. Semantic mapping of the queryable attributes to the corresponding fields of the customer records is resolved according to semantic mapping metadata. A query that includes the corresponding fields is generated and over the in-memory database views and a number fan records each representing a unique fan entity. Fan related data is retrieved from the number of fan records and the in-memory database views based on the executed at least one query. Upon executing the query, at runtime the in-memory database views are dynamically integrated with the number fan records based on a cross-reference table linking the in-memory database views with the number of fan records based on a fan identifier.

Abstract: An analytical request for information that includes queryable attributes mapped to corresponding fields of customer records from in-memory database of a number of data sources is received. Semantic mapping of the queryable attributes to the corresponding fields of the customer records is resolved according to semantic mapping metadata. A query that includes the corresponding fields is generated and over the in-memory database views and a number fan records each representing a unique fan entity. Fan related data is retrieved from the number of fan records and the in-memory database views based on the executed at least one query. Upon executing the query, at runtime the in-memory database views are dynamically integrated with the number fan records based on a cross-reference table linking the in-memory database views with the number of fan records based on a fan identifier.

Abstract: A system and method of processing images of a region of interest of a patient is provided. The method comprises acquiring a reference image of the region of interest of the patient; during a pullback of an intravascular sensor in the region of interest, triggering simultaneously the steps of: acquiring a data collected by the sensor characteristic of the region of interest; and acquiring a succession of images of the region of interest associated with the location of the intravascular sensor when acquiring the data, respectively. The method further includes registering the succession of images; associating the location of the intravascular sensor relative to the step of acquiring the data collected by the intravascular sensor; and displaying and positioning the data collected by the intravascular sensor on the reference image in correspondence to the location of the intravascular sensor at the respective step of acquiring the data.

Abstract: A system and method of processing images of a region of interest of a patient is provided. The method comprises acquiring a reference image of the region of interest of the patient; during a pullback of an intravascular sensor in the region of interest, triggering simultaneously the steps of: acquiring a data collected by the sensor characteristic of the region of interest; and acquiring a succession of images of the region of interest associated with the location of the intravascular sensor when acquiring the data, respectively. The method further includes registering the succession of images; associating the location of the intravascular sensor relative to the step of acquiring the data collected by the intravascular sensor; and displaying and positioning the data collected by the intravascular sensor on the reference image in correspondence to the location of the intravascular sensor at the respective step of acquiring the data.