Description
Part 1: General Systems Theory.- Chapter 1: Mesarovic-Takahara Time Systems under the Effect of Feedback Mechanism.- Chapter 2: Generalization of Law of Requisite Variety.- Chapter 3: Isomorphy of Subsystem and Component Subsystem of Input-Output System.- Chapter 4: Meta-Analysis of Inter-theoretical Relations: Reduction, Realization and Micro-Macro Relations of Systems.- Chapter 5: Beyond Logical Approach to Systems Theory.- Chapter 6: Logic and Algebraic Structure of “Calculus of Indication”: The Significance and Circumstance.- Part 2: Systems Modeling.- Chapter 7: Mutual Learning Process Model in Soft Game Perspective.- Chapter 8: Model Theory Approach for Simulation: Improvements of Model Description Language and Integration of Development Environments.- Chapter 9: Declarative Modelling for Multimodal Processes-driven Delivery Networks.- Chapter 10: A General Method for Designing General Systems.- Chapter 11: Modeling Complex Systems and their Validation: General System Theoretical Approach.
