Spawn: A Distributed Computational Economy
IEEE Transactions on Software Engineering
Economic models for allocating resources in computer systems
Market-based control
Information systems analysis and modeling: an informational macrodynamics approach
Information systems analysis and modeling: an informational macrodynamics approach
Information models of evolution and cyclic functioning
Systems Analysis Modelling Simulation
Variation Principle in Informational Macrodynamics
Variation Principle in Informational Macrodynamics
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Information represents a common and universal substance, actively participating in a diversity of physical or virtual interactions, including various forms of economic interaction. The information regularities of economical dynamics and the mathematical evaluation of the economical system's processes are studied by building the information systemic models, based on Informational Macrodynamics. Study focuses on an elementary production-organization, the production's interaction and management, and different market dynamics, with modeling an organization by the hierarchical structure of information, cooperative, dynamic space-distributed network. The system's cooperative dynamics coordinate and mutually connect the micro- and macroeconomical processes, which include both the dynamics within each basic economic element and the cooperative integration between the system's elements. The models use a common mathematical formalism and the information as a universal equivalent of money and a common models' language. The found formalized information mechanisms govern market's cooperative dynamics and the information restrictions on these processes. The considered systemic mechanisms of self-control, adaptation, and evolution, represent a general attribute of an economical system.