A preliminary system for the design of DBTG data structures

Author:

Gerritsen Rob1

Affiliation:

1. Univ. of Pennsylvania, Philadelphia

Abstract

The functional approach to database design is introduced. In this approach the goal of design is to derive a data structure which is capable of supporting a set of anticipated queries rather than a structure which “models the business” in some other way. An operational computer program is described which utilizes the functional approach to design data structures conforming to the Data Base Task Group specifications. The automatic programming technology utilized by this program, although typically used to generate procedure, is here used to generate declaratives.

Publisher

Association for Computing Machinery (ACM)

Subject

General Computer Science

Reference8 articles.

1. CODASYL Codasyl Data Base Task Group April 71 Report. Available from ACM New York City; from IFIP Administration Data Processing Group Amsterdam and from BCS London. CODASYL Codasyl Data Base Task Group April 71 Report. Available from ACM New York City; from IFIP Administration Data Processing Group Amsterdam and from BCS London.

2. A relational model of data for large shared data banks

3. Bachman C.W Data structure diagrams. Data Base (Quart newsletter of ACM-SIGBDP) 1 2 (1969). 10.1145/1017466.1017467 Bachman C.W Data structure diagrams. Data Base (Quart newsletter of ACM-SIGBDP) 1 2 (1969). 10.1145/1017466.1017467

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