Title :
Architecture of the ORION next-generation database system
Author :
Kim, Won ; Garza, Jorge F. ; Ballou, Nathaniel ; Woelk, Darrell
Author_Institution :
Microelectron. & Comput. Technol. Corp., Austin, TX, USA
fDate :
3/1/1990 12:00:00 AM
Abstract :
Various architectural components of ORION-1 and ORION-1SX are described and a review of the current implementation is provided. The message handler receives all messages sent to the ORION system. The object subsystem provides high-level data management functions, including query optimization, schema management, long data management (including text search) and support for versionable objects, composite objects, and multimedia objects. The transaction management subsystem coordinates concurrent object accesses and provides recovery capabilities. The storage subsystem manages persistent storage of objects and controls the flow of objects between the secondary storage device and main memory buffers. In ORION-1, all subsystems reside in one computer. The ORION-1SX architecture is significantly different from ORION-1 in the management of shared data structures and distribution of these subsystems and their components
Keywords :
database management systems; information retrieval; transaction processing; ORION next-generation database system; ORION system; ORION-1; ORION-1SX; composite objects; concurrent object accesses; high-level data management functions; long data management; main memory buffers; message handler; multimedia objects; object subsystem; persistent storage; query optimization; recovery capabilities; schema management; secondary storage device; shared data structures; storage subsystem; text search; transaction management subsystem; versionable objects; Application software; Computer networks; Database systems; Multimedia databases; Network servers; Object oriented databases; Query processing; Spatial databases; Transaction databases; Workstations;
Journal_Title :
Knowledge and Data Engineering, IEEE Transactions on
