数据库计算机的体系结构——摘要

D. K. Hsiao, K. Kannan
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引用次数: 15

摘要

对于数据库设计人员来说,为传统上由软件执行的数据库管理功能寻求硬件解决方案的动机已经很明显了。首先,数据库管理软件多年来在复杂性和规模上都有所增长。这种增长是由于用户需求的增加、复杂模型的制订以及数据处理方式从离线、批量、单用户环境到在线、并发和多用户环境的变化所引起的。大型和复杂的软件系统往往容易出现故障。此外,实际的软件系统验证方法还没有出现。另一方面,验证硬件功能、设计和生产的方法早已可用。先进的技术也克服了逻辑复杂性和容量要求的一些问题,使建造相对大型和复杂的计算机成为可能。通过将基本的数据库管理功能整合到硬件中,不仅可以提供更可靠的基本功能,还可以提高软件的可靠性,因为软件需求将不那么复杂,系统软件将更小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The architecture of a database computer - a summary
The motivation for seeking hardware solutions to database management functions traditionally carried out by software has been apparent to data-base designers for sometime now. Firstly, database management software has grown in complexity and size over the years. This growth is prompted by the increase in user requirements, by the formulation of sophisticated models and by the change in data processing mode from an off-line, batched, single user environment to an on-line, concurrent and multi-user environment. Large and complex software systems tend to be failure-prone. Further-more, practical verification methods for software systems are still not in sight. On the other hand, methods for verifying hardware functionality, design and production have long been available. Advanced technology has also overcome some of the problems of the logic complexity and capacity requirements, making the construction of relatively large and complex computers viable. By incorporating basic database management functions into hardware, not only can we provide more reliable basic functions, but we can also improve the software reliability since the software requirements will be less complex and the system software will be smaller in size.
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