Abstract
The paper considers the creation of intelligent solving machines and the arrangement of parallel programming in intelligent distributed multiprocessor systems based on them. There are proposed some main concepts. A system is designed for programming in the C+Graph high-level language. The ideology proposed can be considered as an efficient development of structural high-level language interpretation when applied to multi-microprocessor systems. Equipment structure of the basic version of intelligent solving machines is considered and some characteristics are discussed.
Highlights
Performance and intelligence are the most important factors promoting the development of modern universal computers
Within the framework of the above-mentioned global direction, the paper is focused on the design of the distributed parallel knowledge-oriented architectures, i.e. intelligent solving machines (ISM) implementing high- and super-high-level languages (HLL and SHLL) and effective operation with largesize data- and knowledge bases, while the problems of both conventional computation and artificial intelligence (AI) are solved [1]
The new information technology (NIT) is the technology based on the AI methods The main differences to conventional technologies are in an interractive and trial-and-error nature of an applications used for AI solutions
Summary
Performance and intelligence are the most important factors promoting the development of modern universal computers. The first factor resulted in the creation of parallel computer architectures for which universal microprocessors (MP) form the most expedient grounds In such multi-microprocessor systems computation is arranged on the basis of distributed information processing, and MPs simultaneously fulfill certain integrated tasks, i.e. independent user program branches. For the last 5-6 years, V.M. Glushkov Institute of Cybernetics of the National Academy of Sciences of Ukraine has been carrying out the research aimed at the development of new class of computers. Glushkov Institute of Cybernetics of the National Academy of Sciences of Ukraine has been carrying out the research aimed at the development of new class of computers These computers have the broad range of configurations, viz. The authors’ views were affected by modern parallel computation architectures, like SMP (Symmetric Multiprocessor System) and MPP (Mass Parallel Processing) [4]
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