OMNIBUS:一个大型数据库管理系统

R. Allen
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引用次数: 2

摘要

工业赔偿公司在设计第三代数据库和查询维护系统时,确定了以下总体目标:管理和检索系统应该以一种简单直接的方式为用高级语言(如PL/1或COBOL)编写的应用程序提供服务。2. 数据库应该是紧凑的。它的第二代前身是一对文件,占用了大约35卷磁带;但是新的数据库需要满足显著扩展的数据需求,它必须适合单个IBM 2321数据单元驱动器(容量约为3.9亿字节)。3.应该有可能设计、编程和实施与预期效益相称的机器和人员配置的系统。4. 应提供存储、检索和维护空间需求差异很大的数据元素的条件。我们一半以上的保单根本没有索赔要求,但一些非常大的公司的保单会获得成千上万的索赔要求。5. 顺序访问和直接访问,在各种组合中,都应该是可行的,以便适应文件扫描应用程序,有效的更新,以及各种开放式的查询和报告应用程序。6. 检索应该足够迅速,以保持对来自几十个远程查询终端的查询的快速响应。7. 必须保持非常高水平的数据完整性,通过至少三种方式实现保护:检测更改数据库内容的不正当企图;防止错误更新;在最短的时间内从数据、程序或机器故障中恢复,并且对数据库的恢复版本具有高度的合理信心。8. 数据库结构及其管理系统都应该足够灵活,以便在对操作应用程序或数据库管理系统本身的干扰最小的情况下,能够适应新的和不可预见的数据需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
OMNIBUS: a large data base management system
In designing a third-generation data base and a system for interrogating and maintaining it, Industrial Indemnity Company set the following general objectives: 1. The management and retrieval system should be oriented to providing its services in a simple and straightforward way to application programs written in a high-level language, such as PL/1 or COBOL. 2. The data base should be compact. Its second-generation predecessor was a pair of files occupying together some 35 reels of magnetic tape; but the new data base, which would need to meet significantly expanded data requirements, was to fit onto a single IBM 2321 data cell drive (capacity about 390 million bytes). 3. It should be possible to design, program, and implement the system with a configuration of machines and personnel commensurate with the anticipated benefits. 4. Provision should be made for storage, retrieval, and maintenance of data elements with widely varying space requirements. Well over half of our policies have no claims at all, but a few policies for very large companies acquire claims in the thousands. 5. Both sequential and direct accessing, in a variety of combinations, should be feasible, in order to accommodate file-scanning applications, efficient updating, and an open-ended variety of inquiry and reporting applications. 6. Retrieval should be swift enough to maintain rapid response to inquiries coming from several dozen remote inquiry terminals. 7. A very high level of data integrity must be maintained, with protection inplemented in at least three ways: detection of improper attempts to alter the contents of the data base; prevention of incorrect updating; and recovery from data, program, or machine failures in a minimum of elapsed time and with a high level of justified confidence in the restored version of the data base. 8. Both the data base structures and its management system should be flexible enough to permit new and unforeseen data requirements to be accommodated in the future with a minimum of disturbance to either operational application programs or the data base management system itself.
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