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This book focuses on computational methods to determine the dynamics of large-scale electromagnetic, acoustic, and mechanical systems, including those with many substructures and characterized by an extended range of scales. Examples include large naval and maritime vessels, aerospace vehicles, and densely packed microelectronic and optical integrated circuits (VLSI). The interplay of time and frequency-domain computational and experimental procedures was addressed, emphasizing their relationship and synergy, and indicating mathematics research opportunities.Table of Contents FRONT MATTER OPENING REMARKS INTRODUCTION 1 HIGH-ORDER, MULTILEVEL, ADAPTIVE TIME-DOMAIN METHODS FORSTRUCTURAL ACOUSTICS SIMULATIONS 2 DISTRIBUTED FEEDBACK RESONATORS 3 ACOUSTIC, ELASTODYNAMIC, AND ELECTROMAGNETIC WAVEFIELDCOMPUTATION - A STRUCTURED APPROACH BASED ON RECIPROCITY 4 NUMERICAL MODELING OF THE INTERACTIONS OF ULTRAFAST OPTICALPULSES WITH NONRESONANT AND RESONANT MATERIALS AND STRUCTURES 5 ALGORITHMIC ASPECTS AND SUPERCOMPUTING TRENDS IN COMPUTATIONALELECTROMAGNETICS 6 ADAPTIVE FINITE ELEMENT METHODS FOR THE HELMHOLTZ EQUATION INEXTERIOR DOMAINS 7 MODELING OF OPTICALLY 8 SYNTHESIS AND ANALYSIS OF LARGE-SCALE INTEGRATED PHOTONIC DEVICESAND CICUITS 9 DESIGN AND ANALYSIS OF FINITE ELEMENT METHODS FOR TRANSIENT ANDTIME-HARMONIC STRUCTURAL ACOUSTICS 10 AN OVERVIEW OF THE APPLICATION OF THE METHOD OF MOMENTS TO LARGEBODIES IN ELECTROMAGNETICS 11 DISCUSSION APPENDICES A SYMPOSIUM AGENDA B SPEAKERS C SYMPOSIUM PARTICIPANTS