Abstract: A healthcare system comprises memory configured to store program instructions, a first device data translator (DDT), a second DDT, and one or more processors. The first DDT is configured to process data from a first type of medical device. The second DDT is configured to process data from a second type of medical device that is different from the first type of medical device. The one or more processors that, when executing the program instructions, are configured to receive patient data, the patient data comprising physiological data and at least one corresponding unique device identifier (ID) associated with a first medical device, wherein the first medical device is configured to acquire the physiological data from a patient, determine whether the unique ID is associated with the first DDT or the second DDT, and route patient data associated with the first medical device to the first DDT or the second DDT that is associated with the unique ID.

Abstract: A healthcare system comprises a central service center having processors, memory storing program instructions and global device index including database records associated with medical devices. Each record includes a corresponding unique device identifier, region code associated with a region having corresponding patient data privacy (PDP) requirements and status indicator indicative of whether the corresponding medical device is active in the corresponding region.

Abstract: A medical device assembly is provided that includes a clinician programing device configured to communicate with an implanted medical device of a patient. The clinician programming device includes one or more processors configured to communicate program instructions to a remote programming engine. The remote programming engine includes one or more processors configured to simulate operation of the implanted medical device based on the updated program instructions, and communicate updated program instructions to the implanted medical device based on the operation simulated.

Abstract: A method, computer program product, and system for executing and administering queries in a data management system, and particularly a relational data management system. Logical objects can be queried by providing a translation from a logical query in a pre-defined logical schema to a physical query against the physical data management system, such as by translating a database query constructed using an Object Query Language (OQL) into a query in Structured Query Language (SQL) without the user needing to know the details of the physical data management system such as the structure of the underlying relational databases.

Abstract: A method, computer program product, and system for executing and administering queries in a data management system, and particularly a relational data management system. Logical objects can be queried by providing a translation from a logical query in a pre-defined logical schema to a physical query against the physical data management system, such as by translating a database query constructed using an Object Query Language (OQL) into a query in Structured Query Language (SQL) without the user needing to know the details of the physical data management system such as the structure of the underlying relational databases.

Abstract: A system for searching for data in a database. A query search is received in a query language using objects. The query search includes a number of objects having attributes. A set of hybrid query instructions is generated using the number of objects having attributes for searching relational and hierarchical data in the database. In response to generating the set of hybrid query instructions recognized by the database for searching data, the set of hybrid instructions are executed to obtain a result from the database.