Genetische Algorithmen - Optimierungsmethoden, die auf den Konzepten der natürlichen Auslese und der Genetik fußen - gewinnen auf dem Gebiet des Designs elektromagnetischer Bauelemente wie Antennen oder Spektralfilter zunehmend an Popularität. Dieses Buch bereitet die Theorie genetischer Algorithmen erstmals systematisch im Zusammenhang mit dem Elektromagnetismus auf. (05/99)
Genetische Algorithmen - Optimierungsmethoden, die auf den Konzepten der natürlichen Auslese und der Genetik fußen - gewinnen auf dem Gebiet des Designs elektromagnetischer Bauelemente wie Antennen oder Spektralfilter zunehmend an Popularität. Dieses Buch bereitet die Theorie genetischer Algorithmen erstmals systematisch im Zusammenhang mit dem Elektromagnetismus auf. (05/99)
Produktdetails
Produktdetails
Wiley Series in Microwave and Optical Engineering 1
YAHYA RAHMAT-SAMII, PhD, is Professor of Electrical Engineering at the University of California, Los Angeles. ERIC MICHIELSSEN, PhD, is a professor in the Department of Electrical and Computer Engineering at the University of lllinois at Urbana-Champaign.
Inhaltsangabe
An Introduction to Genetic Algorithms (J. Johnson & Y. Rahmat-Samii). Genetic Algorithms: Theory and Advanced Techniques (D. Weile & E. Michielssen). Rules of Thumb for GA Parameters, GA Monitoring, GA Parameter Optimization, and Enhancement of GA Efficiency (D. Linden). Thinned Arrays Using Genetic Algorithms (R. Haupt). Application of Genetic Algorithms and Simulated Annealing to Some Antenna Problems (F. Ares-Pena). Synthesis of Linear and Planar Arrays Using Genetic Algorithms (D. Marcano & F. Durán). Application of the Genetic Algorithm to Broadband Antenna Design (Z. Altman, et al.). Design of Wire Antennas Using Genetic Algorithms (E. Altshuler & D. Linden). Evolutionary Designs of Integrated Antennas Using Genetic Algorithms and Methods of Moments (GA/MoM) (J. Johnson & Y. Rahmat-Samii). Optimization and Synthesis of Various Printed Antennas (M. Himdi & J.-P. Daniel). The Application of Domain Decomposition Genetic Algorithms to Pseudostratified Electromagnetic Filtering Structures (D. Weile E. Michielssen). Designing Dielectric Grating Filters with PGAPACK (C. Zuffada, et al.). Genetic Algorithms for Electromagnetic Backscattering: Multiobjective Optimization (M.-O. Bristeau, et al.). Optimal Design of Magnetostatic Devices: The Genetic Algorithm Approach and System Optimization Strategies (O. Mohammed). Bibliography. Index.
An Introduction to Genetic Algorithms (J. Johnson & Y. Rahmat-Samii). Genetic Algorithms: Theory and Advanced Techniques (D. Weile & E. Michielssen). Rules of Thumb for GA Parameters, GA Monitoring, GA Parameter Optimization, and Enhancement of GA Efficiency (D. Linden). Thinned Arrays Using Genetic Algorithms (R. Haupt). Application of Genetic Algorithms and Simulated Annealing to Some Antenna Problems (F. Ares-Pena). Synthesis of Linear and Planar Arrays Using Genetic Algorithms (D. Marcano & F. Durán). Application of the Genetic Algorithm to Broadband Antenna Design (Z. Altman, et al.). Design of Wire Antennas Using Genetic Algorithms (E. Altshuler & D. Linden). Evolutionary Designs of Integrated Antennas Using Genetic Algorithms and Methods of Moments (GA/MoM) (J. Johnson & Y. Rahmat-Samii). Optimization and Synthesis of Various Printed Antennas (M. Himdi & J.-P. Daniel). The Application of Domain Decomposition Genetic Algorithms to Pseudostratified Electromagnetic Filtering Structures (D. Weile E. Michielssen). Designing Dielectric Grating Filters with PGAPACK (C. Zuffada, et al.). Genetic Algorithms for Electromagnetic Backscattering: Multiobjective Optimization (M.-O. Bristeau, et al.). Optimal Design of Magnetostatic Devices: The Genetic Algorithm Approach and System Optimization Strategies (O. Mohammed). Bibliography. Index.
