a powerful modular computer on a universal building module
This paper develops basic principles for constructing instruction sets for two modifications of a modular computer distinct from each other in both the width of the primary memory and the increment h in which consecutive computer sizes are formed. It is shown that since modular computers are assembled from universal modules using pin-to-pin connections only, in constructing an instruction set one has to rely on the modular control organization principle which provides selective activation and deactivation of the same logical circuits in different modules without violating the principle of circuit identity. The paper develops new complex instructions which speed up computations.
modular control organization memory access operations processor dependent operations instruction intervals control codes