Content area

Abstract

Visual programming tackles the problem of bringing computing facilities to people who do not have extensive computer training by using visual representations in the programming process. Visual programming is defined, and its many facets are discussed. The purpose is to lay a conceptual background so that common understanding can be established and various aspects of visual programming can be focused on and examined. Visual programming languages, namely, languages that enable the users to program with visual expressions are the focus. Examples are used to illustrate three fundamentally different approaches: diagrammatic, iconic, and form based. Finally, it is shown that FORMAL, a system developed and implemented at the IBM Los Angeles Scientific Center, not only captures the spirit of visual programming languages but also has the capability to automate a wide variety of common data processing applications.

Details

10000008
Business indexing term
Company / organization
Title
Visual programming: Perspectives and approaches
Author
Publication title
Volume
38
Issue
2/3
Pages
199-221
Number of pages
23
Publication year
1999
Publication date
1999
Publisher
International Business Machines Corporation
Place of publication
Armonk
Country of publication
United States
ISSN
00188670
CODEN
IBMSA7
Source type
Scholarly Journal
Language of publication
English
Document type
PERIODICAL
Accession number
01849956
ProQuest document ID
222418743
Document URL
https://www.proquest.com/scholarly-journals/visual-programming-perspectives-approaches/docview/222418743/se-2?accountid=208611
Copyright
Copyright International Business Machines Corporation 1999
Last updated
2024-11-19
Database
ProQuest One Academic