Issue No. 06 - June (1989 vol. 15)
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/32.24726
<p>Raid, a robust and adaptable distributed database system for transaction processing, is described. Raid is a message-passing system, with server processes on each site. The servers manage concurrent processing, consistent replicated copies during site failures and atomic distributed commitment. A high-level, layered communications package provides a clean, location-independent interface between servers. The latest design of the communications package delivers messages via shared memory in a high-performance configuration in which several servers are linked into a single process. Raid provides the infrastructure to experimentally investigate various methods for supporting reliable distributed transaction processing. Measurements on transaction processing time and server CPU time are presented. Data and conclusions of experiments in three categories are also presented: communications software, consistent replicated copy control during site failures, and concurrent distributed checkpointing. A software tool for the evaluation of transaction processing algorithms in an operating system kernel is proposed.</p>
Raid distributed database system; adaptable distributed database system; message-passing system; concurrent processing; consistent replicated copies; site failures; atomic distributed commitment; layered communications package; location-independent interface; shared memory; high-performance configuration; infrastructure; reliable distributed transaction processing; transaction processing time; server CPU time; consistent replicated copy control; concurrent distributed checkpointing; software tool; transaction processing algorithms; operating system kernel; computer communications software; concurrency control; distributed databases; software packages; transaction processing
B. Bhargava and J. Riedl, "The Raid Distributed Database System," in IEEE Transactions on Software Engineering, vol. 15, no. , pp. 726-736, 1989.