An exploratory study of the automatic generation and optimization of symbolic programs using DECOM - a prototypical requirement specification model implemented in pure LISP was undertaken. It was concluded, on the basis of this study, that symbolic processing languages such as LISP can support a style of programming based upon formal transformation and dependent upon the expression of constraints in an object-oriented environment. Such languages can represent all aspects of the software generation process (including heuristic algorithms for effecting parallel search) as dynamic processes since data and program are represented in a uniform format
A medium-speed general purpose digital computer (IBM 1620 Model II) was programmed to solve symbolic...
The purpose of our work is to investigate ways of making machines solve problems that are usually co...
This paper presents an algorithm for translating concurrent procedural language programs into nonpro...
Ten methodologies for automatic program construction are presented, discussed and compared. Some of ...
A description of methods and an implementation of a system for automalic generation of programs is g...
AbstractThe paper presents a critical overview of the development in the area of automating the prog...
Thesis (Ph.D.)--University of Washington, 2019The scale and pervasiveness of modern software poses a...
Work reported herein was conducted at the Artificial Intelligence Laboratory, a Massachusetts Instit...
This paper illustrates a fully automatic top-down approach to program development in which formal pr...
For the evolving discipline of programming, acquisition of programming knowledge is a difficult issu...
This research was supported by ARO(MIPR8GNPSAR042), NSF(CCR-9813820), ONR(N0001499WR20019), SPAWAR(N...
This dissertation deals with two related problems: development of a methodology for achieving memory...
A strategy for automatically generating and verifying simple computer programs is described. The pro...
. This paper describes the efficient integration of the functional, logic and constraint paradigms i...
AbstractSoftware development capabilities lag far behind society's demands for better, cheaper, more...
A medium-speed general purpose digital computer (IBM 1620 Model II) was programmed to solve symbolic...
The purpose of our work is to investigate ways of making machines solve problems that are usually co...
This paper presents an algorithm for translating concurrent procedural language programs into nonpro...
Ten methodologies for automatic program construction are presented, discussed and compared. Some of ...
A description of methods and an implementation of a system for automalic generation of programs is g...
AbstractThe paper presents a critical overview of the development in the area of automating the prog...
Thesis (Ph.D.)--University of Washington, 2019The scale and pervasiveness of modern software poses a...
Work reported herein was conducted at the Artificial Intelligence Laboratory, a Massachusetts Instit...
This paper illustrates a fully automatic top-down approach to program development in which formal pr...
For the evolving discipline of programming, acquisition of programming knowledge is a difficult issu...
This research was supported by ARO(MIPR8GNPSAR042), NSF(CCR-9813820), ONR(N0001499WR20019), SPAWAR(N...
This dissertation deals with two related problems: development of a methodology for achieving memory...
A strategy for automatically generating and verifying simple computer programs is described. The pro...
. This paper describes the efficient integration of the functional, logic and constraint paradigms i...
AbstractSoftware development capabilities lag far behind society's demands for better, cheaper, more...
A medium-speed general purpose digital computer (IBM 1620 Model II) was programmed to solve symbolic...
The purpose of our work is to investigate ways of making machines solve problems that are usually co...
This paper presents an algorithm for translating concurrent procedural language programs into nonpro...