Micro-PROLOG: programming in logic
Micro-PROLOG: programming in logic
Introduction to logic programming
Introduction to logic programming
Object oriented programming: an evolutionary approach
Object oriented programming: an evolutionary approach
REKURSIV: object-oriented computer architecture
REKURSIV: object-oriented computer architecture
Improving the execution speed of compiled prolog with modes, clause selection, and determinism
II and Colloquium on Functional and Logic Programming and Specifications (CFLP) on TAPSOFT '87: Advanced Seminar on Foundations of Innovative Software Development
Strand: new concepts in parallel programming
Strand: new concepts in parallel programming
Advanced programming aids in PROGRAPH
Proceedings of the 1985 ACM SIGSMALL symposium on Small systems
Compiling the graphical functional language PROGRAPH
Proceedings of the 1985 ACM SIGSMALL symposium on Small systems
Storage management in a Prolog compiler
Proceedings of the 1986 ACM SIGSMALL/PC symposium on Small systems
SIMULA 67 common base language, (Norwegian Computing Center. Publication)
SIMULA 67 common base language, (Norwegian Computing Center. Publication)
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Since their introduction, microcomputers have undergone a revolution in which the standard text-based input and output facilities have been replaced by powerful graphics and pointing devices. As a result, most applications are now driven by easy-to-use pictorial interfaces. Consequently, microcomputers are now mainly used by people who are not computer professionals and expect increasingly sophisticated and powerful applications. The resulting pressure on the software development industry has caused the adoption of powerful design and development techniques such as object-orientation, logic programming and pictorial languages. It now appears that a second revolution is imminent, involving the use of special hardware for such tasks as parallel processing and object management. The software component of this revolution involves the integration of various high level programming paradigms and their implementation on special hardware.We present an implementation of the logic programming language Prolog which uses object-orientation, and could therefore provide a basis for logic programming on object-oriented hardware. The implementation language, Prograph, is itself a product of the first microcomputer revolution, exploiting the graphics capabilities of modern microcomputers by expressing programs pictorially and providing powerful, picture-based program development tools.