Spatial and Temporal Abstraction in an Intelligent Machine

Current approaches to AI are limited by several intractable problems. Automated learning of data contexts will allow spatial and temporal abstractions, which will then allow inexact matching and inferencing and the creation of new ideas, thus overcoming current AI limitations. This approach does not depend on any understanding of stored data or computations based on subject matter. In the course of this investigation, a new and innovative data type was discovered. Using the new data type, mathematical models of necessary components of such an indeterminate cognitive automaton were developed to illustrates plausibility. Using these models, true parallel processing is within reach.

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Published
2025-07-19
DOI
https://doi.org/10.1109/amlds63918.2025.11159376
Primary Topic
Data Management and Algorithms
Type
article
Field-Weighted Citation Impact
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article

Spatial and Temporal Abstraction in an Intelligent Machine

Oliveira Gina M.B.
Data Management and Algorithms
article

Spatial and Temporal Abstraction in an Intelligent Machine

Oliveira Gina M.B.
article en

Abstract

Current approaches to AI are limited by several intractable problems. Automated learning of data contexts will allow spatial and temporal abstractions, which will then allow inexact matching and inferencing and the creation of new ideas, thus overcoming current AI limitations. This approach does not depend on any understanding of stored data or computations based on subject matter. In the course of this investigation, a new and innovative data type was discovered. Using the new data type, mathematical models of necessary components of such an indeterminate cognitive automaton were developed to illustrates plausibility. Using these models, true parallel processing is within reach.

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Data Management and Algorithms
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