Abstract: A threaded pipe connection includes a first tubular member having a pin end defining external threads, a second tubular member having a box end defining internal threads threadably engageable with the external threads of the pin end, and a thread profile that defines at least a portion of one of the internal or external threads and includes a crest, a root, and a transition surface extending between the crest and the root. The transition surface includes a first arcuate surface extending from a top of the crest at a first radius, a second arcuate surface extending from the first arcuate surface at a second radius, and a third arcuate surface extending from the second arcuate surface at a third radius. The first radius and the third radius are each smaller than the second radius.

Abstract: A threaded pipe connection includes a first tubular member having a pin end defining external threads, a second tubular member having a box end defining internal threads threadably engageable with the external threads of the pin end, and a thread profile that defines at least a portion of one of the internal or external threads and includes a crest, a root, and a transition surface extending between the crest and the root. The transition surface includes a first arcuate surface extending from a top of the crest at a first radius, a second arcuate surface extending from the first arcuate surface at a second radius, and a third arcuate surface extending from the second arcuate surface at a third radius. The first radius and the third radius are each smaller than the second radius.

Abstract: A system and method for linking parent and child data records during data migration is disclosed. One embodiment comprises sequentially receiving a plurality of data records from an arbitrary source of records without running a query on the source of records, generating a destination store of records that contains the plurality of data records, and locating any records in the destination store of records that has a dangling key. In this way, the embodiment may correct dangling keys to generate a destination store of records with referential integrity.

Abstract: A system and method for linking parent and child data records during data migration is disclosed. One embodiment comprises sequentially receiving a plurality of data records from an arbitrary source of records without running a query on the source of records, generating a destination store of records that contains the plurality of data records, and locating any records in the destination store of records that has a dangling key. In this way, the embodiment may correct dangling keys to generate a destination store of records with referential integrity.

Abstract: A system and method for linking parent and child data records during data migration is disclosed. One embodiment comprises sequentially receiving a plurality of data records from an arbitrary source of records without running a query on the source of records, generating a destination store of records that contains the plurality of data records, and locating any records in the destination store of records that has a dangling key. In this way, the embodiment may correct dangling keys to generate a destination store of records with referential integrity.

Abstract: The sensor module carries one or more sensor element, such as microphones or imaging devices, for detecting events in use. The sensor module has a locator for determining its location and preferably an orientation sensor for determining it location and a transceiver for communicating with other modules in the network or with a base station. The module also has a processor which is adapted such that, in use, the module communicates with other sensor modules and determines whether to operate in a sensing mode to detect events or a controlling mode. In this way a self organizing adaptive network is provided.

Abstract: A database modernization auditing system and method is disclosed. One embodiment comprises a method for loading a legacy data object, transforming the legacy data object into a modern data object according to a rule set, wherein transforming the legacy data object into the modern data object further includes abstracting at least a portion of the legacy data object into semantic information and transforming the semantic information into the modern data object, and generating an audit log entry corresponding to an error that occurs while transforming the semantic information into the modern data object, wherein the audit log entry contains a unique identifier that relates the audit log entry with the legacy data object.

Abstract: A database modernization system and method is disclosed. One example embodiment comprises a method for receiving a record stored as a source physical data model, parsing the source physical data model into a source logical data model, wherein the source logical data model includes semantic information from the record, transforming the source logical data model to a destination logical data model independent of a source or a destination record physical implementation, wherein the destination logical data model includes at least a portion of the semantic information from the record, and storing the destination logical data model in a destination physical data model. In this manner, a destination physical data model may be stored in a relational database management system on a per record basis.

Abstract: A system and method for linking parent and child data records during data migration is disclosed. One embodiment comprises sequentially receiving a plurality of data records from an arbitrary source of records without running a query on the source of records, generating a destination store of records that contains the plurality of data records, and locating any records in the destination store of records that has a dangling key. In this way, the embodiment may correct dangling keys to generate a destination store of records with referential integrity.

Abstract: A database modernization system and method is disclosed. One example embodiment comprises a method for receiving a record stored as a source physical data model, parsing the source physical data model into a source logical data model, wherein the source logical data model includes semantic information from the record, transforming the source logical data model to a destination logical data model independent of a source or a destination record physical implementation, wherein the destination logical data model includes at least a portion of the semantic information from the record, and storing the destination logical data model in a destination physical data model. In this manner, a destination physical data model may be stored in a relational database management system on a per record basis.