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In order to converge high-level "mind" components and low-level "body", Gativus developed unified node, which would be technically implemented as network digital instance on the electronic device like computer.
#REDIRECT [[GNOT1]]In order to converge high-level "mind" components and low-level "body", Gativus developed unified node, which would be technically implemented as network digital instance on the electronic device like computer.


The high-level and low-level components has to be interconnected to achieve convergence levels, and consequently they have to be located in one node, which will have external connectivity by relation established between component's connectors (points of connections) and internal interconnection inside isolated node's space.
The high-level and low-level components has to be interconnected to achieve convergence levels, and consequently they have to be located in one node, which will have external connectivity by relation established between component's connectors (points of connections) and internal interconnection inside isolated node's space.

Latest revision as of 04:42, 11 February 2025

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In order to converge high-level "mind" components and low-level "body", Gativus developed unified node, which would be technically implemented as network digital instance on the electronic device like computer.

The high-level and low-level components has to be interconnected to achieve convergence levels, and consequently they have to be located in one node, which will have external connectivity by relation established between component's connectors (points of connections) and internal interconnection inside isolated node's space.

The Gativus Notation for the nodes is shown below. The node holder (container) would be shown as a cube, where every face is dedicated for one a few type of components. At this time, 7 types of components had been developed as well as 5 types of relations.

Gativus Notation (GNOT)

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Object Map (OMAP)