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Computational Electromagnetics

Riverside Research performs research in electromagnetic phenomenology, computational methods, and multidisciplinary design optimization to develop high-performance computational tools to analyze and optimize the performance of electromagnetic applications including radiation and scattering.

Focus

  • Fullwave, approximate, and hybrid computational techniques
  • Advanced multiobjective optimization methodologies
  • High performance computing and algorithm development
  • Measurements and data analysis

Mission Areas

  • Electromagnetic scattering and antenna radiation
  • Multidisciplinary and multiobjective optimization
  • Characterization of materials
  • Radio frequency and optical metamaterials

Equipment/Toolsets

  • Suite of internally developed CEM tools
  • Modular software to facilitate use with customer proprietary capabilities
  • Secure space, communications, and networks to HPC resources
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