Networking Solutions in Combined Distributed Worlds
Peter Simon Sapaty · Mathematical machines and systems · 2024
The paper analyzes the rapidly growing importance of graph and network models and tools in such areas as transport, communications, social and military systems, goods production and distribution, education, economy, biology, psychology, criminology, climate change, etc. It aims at the development of effective methods capable of integrating different types of networks into higher-level infrastructures representing advanced social systems, particularly considering the symbiosis of goods production, goods evaluation, and the obtained product delivery systems under some universal networking concept. In a search for the latter, the article briefs the developed and patented Spatial Grasp Model and Technology (SGT) with its basic Spatial Grasp Language (SGL), which allow for fully distributed and parallel operations on arbitrary large and complex networked structures. The paper first shows some elementary networking operations in SGL useful for a better understanding of the rest of the material. Then it provides several practical examples of combined networking solutions, which include scenarios in SGL for finding the strongest production centers in their networks, as well as the most powerful user communities interested in and requesting particular types of products. After the selection of specific producers and consumers, the paper forms a distributed virtual and physical delivery infrastructure oriented on all of them and based on the shortest paths from producers to consumers and shows live the distribution process in SGL. The obtained results confirm that the deep integration of heterogeneous distributed systems can be organized naturally and automatically within the global integrity, awareness, and consciousness processes under the Spatial Grasp paradigm, as was already discussed in the previous publications on SGT.