
Principles of design and software development models of ontologicaldriven computer systems
This paper describes the design principles of methodology of knowledgeo...
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Further results and examples for formal mathematical systems with structural induction
In the former article "Formal mathematical systems including a structura...
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Towards a Design Philosophy for Interoperable Blockchain Systems
In this paper we discuss a design philosophy for interoperable blockchai...
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Extending Universal Intelligence Models with Formal Notion of Representation
Solomonoff induction is known to be universal, but incomputable. Its app...
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A Modular First Formalisation of Combinatorial Design Theory
Combinatorial design theory studies set systems with certain balance and...
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Omega: An Architecture for AI Unification
We introduce the openended, modular, selfimproving Omega AI unificatio...
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A biomimetic basis for the perception of natural sounds
Arrays of subwavelength resonators can mimic the biomechanical propertie...
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Principles of modal and vector theory of formal intelligence systems
The paper considers the class of information systems capable of solving heuristic problems on basis of formal theory that was termed modal and vector theory of formal intelligent systems (FIS). The paper justifies the construction of FIS resolution algorithm, defines the main features of these systems and proves theorems that underlie the theory. The principle of representation diversity of FIS construction is formulated. The paper deals with the main principles of constructing and functioning formal intelligent system (FIS) on basis of FIS modal and vector theory. The following phenomena are considered: modular architecture of FIS presentation subsystem, algorithms of data processing at every step of the stage of creating presentations. Besides the paper suggests the structure of neural elements, i.e. zone detectors and processors that are the basis for FIS construction.
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