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Showing papers on "User interface published in 1971"



01 Jan 1971
TL;DR: KANDIDATS is a software package of multi-image processing programs designed to run on the GE-635 computers to consolidate many digital image analysis programs into a single package and to make them easily useable along or in combination on large data sets.
Abstract: : KANDIDATS is a software package of multi-image processing programs designed to run on the GE-635 computers. The primary purpose for the writing of this system was to consolidate many digital image analysis programs into a single package and to make them easily useable along or in combination on large data sets. Some objectives followed in the writing of the system were to make user interface fairly simple to make the machine processing efficient, to use a standard data format for compatibility between analysis programs, to make expansion to include new analysis programs easy, to maintain machine compatibility wherever possible, and to be able to handle all likely data sets. KANDIDATS executes as a single-activity batch program. It determines which analysis programs to execute, which data sets to use, and what programs in the order specified by the user. The KANDIDATS monitor performs mounting, dismounting, and positioning of data tapes as needed and performs the reading and writing of data in the standard data format. (Author)

2 citations


Proceedings ArticleDOI
23 Mar 1971
TL;DR: This talk shall discuss the design of a suitable higher level language for writing a satisfactory group theory system, the choice of aitable set of basic constructions, the design and implementation of these basic Constructions, and finally, the machine/user interface.
Abstract: During the past decade efficient algorithms for many basic group theoretic constructions have been developed. These include centralizers, normalizers, conjugacy classes, subgroup lattices and character tables. In order to effectively utilize such programs it is necessary to allow the user to program his own constructions in terms of some basic set of constructions. Owing to the large number of basic constructions required and also because of the complexity of many of them, the realization of a satisfactory group theory system is a difficult task. In this talk we shall discuss the design of such a system. In particular, we shall discuss the design of a suitable higher level language for writing the system, the choice of a suitable set of basic constructions, the design and implementation of these basic constructions, and finally, the machine/user interface.

1 citations