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by Sioweng Ting, Magdalena Salazar-Palma, Weixin Zhao, Daniel Garcia DoƱoro, Xunwan
Higher Order Basis Based Integral Equation Solver (HOBBIES)
Cover Page
Title Page
Copyright
Contents
Preface
Acknowledgments
Acronyms
1: ELECTROMAGNETIC MODELING OF COMPOSITE METALLIC AND DIELECTRIC STRUCTURES USING HIGHER ORDER BASIS FUNCTIONS
1.0 SUMMARY
1.1 INTEGRAL EQUATIONS FOR DIELECTRIC STRUCTURES
1.2 A GENERAL FORMULATION FOR THE ANALYSIS OF COMPOSITE METALLIC AND DIELECTRIC STRUCTURES
1.3 GEOMETRIC MODELING
1.4 MOM MODELING OF THE STRUCTURES
1.5 DESCRIPTION OF HIGHER ORDER BASIS FUNCTIONS
1.6 TESTING PROCEDURE
1.7 MODELING OF THE EXCITATIONS
1.8 EXAMPLES ILLUSTRATING THE REQUIREMENTS OF THE GEOMETRICAL MODELING
1.9 EXAMPLES ILLUSTRATING THE SALIENT FEATURES OF THE HIGHER ORDER BASIS FUNCTIONS
1.10 PERFORMANCE OF THE PMCHW FORMULATION USING HIGHER ORDER BASIS FUNCTIONS FOR DIFFERENT VALUES OF THE DIELECTRIC CONSTANTS
1.11 PERFORMANCE OF THE PMCHW FORMULATION AT VERY LOW FREQUENCIES USING HIGHER ORDER BASIS FUNCTIONS FOR DIELECTRIC BODIES
1.12 EVALUATION OF ANTENNA AND SCATTERER CHARACTERISTICS
1.13 CONCLUSION
REFERENCES
2: PARALLEL IN-CORE AND OUT-OF-CORE LU FACTORIZATION FOR SOLVING A MATRIX EQUATION AND THE CORRESPONDING PARALLEL MATRIX FILLING IN HOBBIES
2.0 SUMMARY
2.1 MATRIX EQUATION RESULTING FROM A MOM CODE
2.2 IN-CORE MATRIX EQUATION SOLVER
2.3 PARALLEL IMPLEMENTATION OF AN IN-CORE SOLVER
2.4 DATA DECOMPOSITION FOR AN OUT-OF-CORE SOLVER
2.5 ONE-SLAB, LEFT-LOOKING, OUT-OF-CORE LU ALGORITHM
2.6 SOLVING A MATRIX EQUATION USING THE OUT-OF-CORE LU MATRICES
2.7 PARALLEL IN-CORE AND OUT-OF-CORE MATRIX FILLING SCHEMES
2.8 CONCLUSION
REFERENCES
3: GETTING STARTED AND WORKING WITH HOBBIES PROJECTS
3.0 SUMMARY
3.1 SYSTEM REQUIREMENTS
3.2 INSTALLING HOBBIES
3.3 STARTING HOBBIES
3.4 NAVIGATION THROUGH HOBBIES
3.5 WORKING WITH HOBBIES PROJECTS
3.6 FLOWCHART FOR MAKING A HOBBIES SIMULATION
3.7 EXITING HOBBIES
3.8 GETTING HELP
3.9 QUICK START
3.10 CONCLUSION
REFERENCES
4: CREATING A GEOMETRY MODEL IN HOBBIES
4.0 SUMMARY
4.1 CREATING A SIMPLE MODEL USING THE STRUCTURE MENU
4.2 CREATING AN ARBITRARILY SHAPED MODEL USING THE GEOMETRY MENU
4.3 OPERATIONS ON A MODEL
4.4 MANIPULATIONS ON A MODEL
4.5 DELETE A MODEL
4.6 CONCLUSION
REFERENCES
5: MESHING A MODEL IN HOBBIES
5.0 SUMMARY
5.1 UNSTRUCTURED MESH
5.2 STRUCTURED MESH
5.3 ELEMENT TYPE
5.4 MESH CRITERIA
5.5 RESET MESH DATA
5.6 DRAW
5.7 GENERATE MESH
5.8 ERASE MESH
5.9 EDIT MESH
5.10 SHOW ERRORS
5.11 MESH QUALITY
5.12 MESH OPTIONS FROM MODEL
5.13 MESH GENERATION EXAMPLE FOR SURFACES
5.14 EXAMPLE OF MESH GENERATION FOR A CURVE
5.15 ASSIGNING ELEMENT SIZES FOR GENERATING THE MESH
5.16 CONCLUSION
REFERENCES
6: SETTING UP A HOBBIES SOLUTION AND RUNNING A SIMULATION
6.0 SUMMARY
6.1 OPERATION MODE
6.2 UNITS
6.3 FREQUENCY RANGE
6.4 DOMAINS
6.5 LOADINGS
6.6 EXCITATION
6.7 SYMMETRY
6.8 EDGE
6.9 OUTPUT SETTINGS
6.10 OPTIONS
6.11 RUNNING SIMULATIONS
6.12 CONCLUSION
7: HOBBIES POST-PROCESSING FOR VISUALIZING THE RESULTS
7.0 SUMMARY
7.1 ENTERING POST-PROCESSING WINDOW
7.2 POST-PROCESSING WINDOW
7.3 EXAMPLE OF OPERATIONS IN POST-PROCESSING
7.4 LEAVING POST-PROCESSING WINDOW
7.5 LIMITATION OF POST-PROCESSING DISPLAY IN ACADEMIC VERSION OF HOBBIES
7.6 CONCLUSION
8: SOLVING ELECTROMAGNETIC FIELD PROBLEMS USING HOBBIES
8.0 SUMMARY
8.1 METALLIC STRUCTURES
8.2 COMPOSITE METALLIC AND DIELECTRIC STRUCTURES
8.3 LOADINGS
8.4 USE OF SYMMETRY IN THE ANALYSIS OF A PROBLEM
8.5 ANTENNA ABOVE A REAL GROUND
8.6 USE OF IMAGING FOR GENERATING AN ACCURATE SOLUTION
8.7 CONCLUSION
REFERENCES
9: ADVANCED ELECTROMAGNETIC MODELING USING HOBBIES
9.0 SUMMARY
9.1 RADIATION ANALYSIS OF COMPLICATED ANTENNAS
9.2 RADAR CROSS SECTION (RCS) CALCULATION OF COMPLEX TARGETS
9.3 CONCLUSION
REFERENCES
10: HOBBIES OPTIMIZER AND ITS APPLICATIONS
10.0 SUMMARY
10.1 FLOWCHART OF THE HOBBIES OPTIMIZER
10.2 OPTIMIZATION ALGORITHMS USED IN THE OPTIMIZER
10.3 SETTING UP THE HOBBIES OPTIMIZER
10.4 OPTIMIZATION EXAMPLES
10.5 CONCLUSION
REFERENCES
Appendix A: A BRIEF SUMMARY OF SOME COMMANDS USED IN HOBBIES
A.0 SUMMARY
A.1 DESCRIPTION OF THE COMMANDS USED IN HOBBIES
A.2 CONCLUSION
REFERENCES
Appendix B: A LIST OF ALL CODES IN THE ACCOMPANYING CD
B.0. SUMMARY
B.1. LISTING OF ALL PROJECTS USED IN THE TUTORIAL
B.2. LISTING OF ALL PROJECTS USED IN THE EXAMPLES
B.3. FREQUENTLY ASKED QUESTIONS
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