19. Distributed Systems: Resilience, Desperation

Major drawbacks of existing distributed systems, including networking are discussed. To cope with them we introduce a new design concept of performance-, reliability-, energy- smart system, applied for distributed system and networking. Our approach of distributed system handling was called a desperation control, which introduce and explain. It assumes introduction of new routing algorithms for routing and for package handling inside routers. We claim that state of a system as a whole as well as state of a package should be considered and treated in concert varying ways of package handlings. Shown that proposed approach at order of magnitude boosts performance and reliability of network making it suitable for real-time packages and widening applications for really important applications: existing technologies and billions of devices should serve and make people better. Using elements of graph theory, we analyze and compare proposed algorithms with known, explaining our advantages. Weighted costs of each segment of package path, combined with vector heuristic introduced and enriched by graph-logic extension for each routing table makes proposed concept the best so far from all known. Resilience of distributed computer systems as well as networking therefore becomes improved, extending application domain to the really important applications like safety critical, military, banking, health real-time monitoring, transport and similar.