The Global Books Research Platform
Build opportunity and adventure through reading!
Theory of Modeling and Simulation : Discrete Event and Iterative System Computational Foundations
Part I: Basics 1. Introduction to System Modeling Concepts 2. Framework for Modeling and Simulation 3. Framework Refinements and Applications (V&V and Properties) Part II: System Specifications and Discrete Event System Specification (DEVS) 4. Hierarchy of System Specifications 5. Hierarchy of System Morphisms 6. Iterative Specification and DEVS - fundamental existence, progressiveness (legitimacy) 7. Dynamic Structure Part II: DEVS Simulation 8.
Parallel DEVS and Abstract Simulator 9. Parallel DEVS Simulation Protocol Nutaro 10. Multicomponent DEVS and Simulator Franceschini 11. DEVS-based Simulator Speedup: Flattening (TG Kim TOMACS), Amdahl Part III: DEVS Representation of Systems: Event-based Control and Simulation 12. DEVS and DEVS-like Systems: Universality and Uniqueness (Iterative Spec) and DEV&DESS (Hybrid) 13a. Quantization, Discretization, higher order and implicit methods, activity relationship 13b. Unifying Event-based Control and Simulation: DTSS and quantization solve and combine the problems using a single formalism (DEVS) Part III: Multi-resolution families: Abstraction, Approximation, and Trade-off 14a. Stochastic DEVS, Probability spaces, legitimacy, formalism extension and their properties (closure under, coupling, coupling of DEVS and STDEVS, etc).
14b. Markov Modeling - DEVS Markov derived from Stochastic DEVS, Semi-Markov 15. Abstraction: Constructing Model Families and SES, Multi-aspects, Vectorial DEVS 16. Approximate Morphisms: Living with Error, Markov Performance Trade-off Part IV: DEVS-Based Modeling 17. DEVS and Neural Modeling, Spiking DEVS 18. DEVS and Emergence at Syntactic Level.
Find Books, eBooks, Bibles, Children's Books, Design Books, Fiction, Graphic Novels, School, Science and Medicine Books -- Books for all Academic Subjects in this Bookshop.