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Spatial Grasp Model for Distributed Management and Its Comparison With Traditional Algorithms
Peter Simon Sapaty
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DOI:10.17265/2328-2134/2025.03.004
National Academy of Sciences of Ukraine, Kyiv, Ukraine
The word “spatial” fundamentally relates to human existence, evolution, and activity in terrestrial and even celestial spaces. After reviewing the spatial features of many areas, the paper describes basics of high level model and technology called Spatial Grasp for dealing with large distributed systems, which can provide spatial vision, awareness, management, control, and even consciousness. The technology description includes its key Spatial Grasp Language (SGL), self-evolution of recursive SGL scenarios, and implementation of SGL interpreter converting distributed networked systems into powerful spatial engines. Examples of typical spatial scenarios in SGL include finding shortest path tree and shortest path between network nodes, collecting proper information throughout the whole world, elimination of multiple targets by intelligent teams of chasers, and withstanding cyber attacks in distributed networked systems. Also this paper compares Spatial Grasp model with traditional algorithms, confirming universality of the former for any spatial systems, while the latter just tools for concrete applications.
spatial awareness, spatial control, spatial consciousness, Spatial Grasp Technology, Spatial Grasp Language, spatial scenarios, cyber attacks, distributed algorithms, mobile agents
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