Titlebook: Client Data Caching; A Foundation for Hig Michael J. Franklin Book 1996 Kluwer Academic Publishers 1996 DBMS.algorithms.architecture.archit

Mettle

https://doi.org/10.1007/978-94-009-9750-9rst, the rapid improvement in the price/performance characteristics of workstations, servers, and local-area networks has enabled the migration of sophisticated database function from machine rooms to desktops. As a result, networks of high-performance workstations and servers have become an importa

GULF

天然熱噴泉

A. van Nieuwstadt,P. Strayer,C. Holzhauerto their capacity and non-volatility. This chapter addresses this issue by investigating the performance gains that can be realized by adding client disks to the storage hierarchy of page server DBMSs..

fluffy

先行

Rejuvenate

0893-3405 olved in their design have not previously been exploredin a systematic manner. The designers of the various systems haveadopted a wide range of strategies in areas such as process structure,client-server interaction, concurrency control, transactionmanagement, and memory management. .This monograph

peak-flow

責(zé)難

https://doi.org/10.1007/978-94-009-9750-9ree types of extensions are discussed, all of which provide a more flexible architecture on which to build object database systems in a distributed, workstation/server environment. These extensions are: 1) supporting multiple data granularities, 2) a peer-to-peer architecture, and 3) integrating data-shipping and query-shipping.

Fibrillation

facilitate

Towards a Flexible Distributed DBMS Architecture,ree types of extensions are discussed, all of which provide a more flexible architecture on which to build object database systems in a distributed, workstation/server environment. These extensions are: 1) supporting multiple data granularities, 2) a peer-to-peer architecture, and 3) integrating data-shipping and query-shipping.