Spatial grasp model for distributed management and its comparison with traditional algorithms

Abstract

The word «spatial» fundamentally relates to human existence and activity in any terrestrial and now even celestial spaces. The aim of this book is to describe a universal high-level model and technology for dealing with spatial systems of different natures. After reviewing the spatial features of many areas, the book describes the basics of high-level Spatial Grasp Technology for dealing with large distributed systems, together with its Spatial Grasp Language (SGL), which can provide spatial vision, awareness, management, and even consciousness. It shows how the SGL scenarios self-evolve in physical, virtual, or imaginable spaces, and demonstrates the main details of the technology implementation, where a distributed SGL interpreter integrated with communication systems can convert the whole into a powerful spatial engine. Universal techniques are described in SGL for vision, understanding, and modifying large distributed spaces. Provided numerous SGL scenarios reflect application in numerous areas, including security, autonomous robots, automatic control, and withstanding cyberattacks in networked systems. The book also compares the Spatial Grasp model with traditional algorithms, confirming the universality of the former for any spatial systems, with the latter just being tools for concrete applications. The technology can be implemented on any platform, which was already prototyped for its previous versions in different countries.