Design optimization

Hierarchical genetic algorithms for optimal type-2 fuzzy system design

Optimal Control / Fuzzy Logic / Genetic Algorithms / Fuzzy Systems / Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network

BWR fuel reloads design using a Tabu search technique

Tabu Search / Genetic Algorithm / Design optimization / Interdisciplinary Engineering / Boolean Satisfiability / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function

BWR fuel reloads design using a Tabu search technique

Tabu Search / Genetic Algorithm / Design optimization / Interdisciplinary Engineering / Boolean Satisfiability / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function

BWR fuel reloads design using a Tabu search technique

Tabu Search / Genetic Algorithm / Design optimization / Interdisciplinary Engineering / Boolean Satisfiability / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function

Hierarchical genetic algorithms for optimal type-2 fuzzy system design

Optimal Control / Fuzzy Logic / Genetic Algorithms / Fuzzy Systems / Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network

Hierarchical genetic algorithms for optimal type-2 fuzzy system design

Optimal Control / Fuzzy Logic / Genetic Algorithms / Fuzzy Systems / Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network

Hierarchical genetic algorithms for optimal type-2 fuzzy system design

Optimal Control / Fuzzy Logic / Genetic Algorithms / Fuzzy Systems / Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network

Hierarchical genetic algorithms for optimal type-2 fuzzy system design

Optimal Control / Fuzzy Logic / Genetic Algorithms / Fuzzy Systems / Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network

Hierarchical genetic algorithms for optimal type-2 fuzzy system design

Optimal Control / Fuzzy Logic / Genetic Algorithms / Fuzzy Systems / Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network

Hierarchical genetic algorithms for optimal type-2 fuzzy system design

Optimal Control / Fuzzy Logic / Genetic Algorithms / Fuzzy Systems / Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network / Genetic Algorithm / Fuzzy Control / Artificial Neural Networks / Granular Computing / Fuzzy System / Design optimization / IRIS RECOGNITION / Artificial Neural Network

BWR fuel reloads design using a Tabu search technique

Tabu Search / Genetic Algorithm / Design optimization / Interdisciplinary Engineering / Boolean Satisfiability / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function

BWR fuel reloads design using a Tabu search technique

Tabu Search / Genetic Algorithm / Design optimization / Interdisciplinary Engineering / Boolean Satisfiability / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function / Pattern Generation / Fuel Management / Boiling Water Reactor / Objective function

Optimal Code Design for Multi-Wavelength OOC Optical CDMA system

optical CDMA / Optical Code Division Multiple Access / Bit Error Rate / Dimensional / Design optimization / Temporal Coding

BWR fuel reloads design using a Tabu search technique

Tabu Search / Genetic Algorithm / Design optimization / Interdisciplinary Engineering / Boolean Satisfiability / Pattern Generation / Fuel Management / Boiling Water Reactor / Pattern Generation / Fuel Management / Boiling Water Reactor

BWR fuel reloads design using a Tabu search technique

Tabu Search / Genetic Algorithm / Design optimization / Interdisciplinary Engineering / Boolean Satisfiability / Pattern Generation / Fuel Management / Boiling Water Reactor / Pattern Generation / Fuel Management / Boiling Water Reactor

Variability-Aware Bulk-MOS Device Design

Monte Carlo Simulation / Computer Hardware / Design process / Leakage Current / Process Variation / Design Methodology / Low Power / High performance / Design optimization / Boolean Satisfiability / Electrical And Electronic Engineering / Design Methodology / Low Power / High performance / Design optimization / Boolean Satisfiability / Electrical And Electronic Engineering

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