Configuration of integrated security system
Mark Sh. Levin, Andrey V. Leus
Abstract
Mark Sh. Levin, Andrey V. Leus
Abstract
This paper focuses on modular hierarchical design of configuration for an integrated security system. Hierarchical morphological design approach is used to search for Pareto-effective design solutions. An applied example involves the following: hierarchical (tree-like) model of the security system, design alternatives for system components/parts, criteria for the selection of the design alternatives, solving process as selection of the design alternatives and their synthesis into composite decisions as Pareto-effective solutions. System improvement/reconfiguration and multistage design are considered as well.
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This paper focuses on modular hierarchical design of configuration for an integrated security system. Hierarchical morphological design approach is used to search for Pareto-effective design solutions. An applied example involves the following: hierarchical (tree-like) model of the security system, design alternatives for system components/parts, criteria for the selection of the design alternatives, solving process as selection of the design alternatives and their synthesis into composite decisions as Pareto-effective solutions. System improvement/reconfiguration and multistage design are considered as well.
Key concepts: Modular design, Computer science, Control reconfiguration, Pareto principle, Selection (genetic algorithm), Process (computing), Integrated design, Multi-objective optimization