Daniel Marthaler

Daniel Marthaler

United States
2K followers 500+ connections

About

I love solving hard business problems. I like to say, "There are an infinite number of…

Activity

2K followers

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Experience

  • Northrop Grumman Graphic
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    San Francisco Bay Area

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    Scottsdale, Arizona

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    San Pedro, CA

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    San Francisco Bay Area

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    San Ramon, CA

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    Manhattan Beach, California

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    Greater Los Angeles Area

Education

  • Arizona State University Graphic

    Arizona State University

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    Dissertation Title: On two problems in Dynamical Systems: 1. Optimal Supply Chain Management with Re-entrant Semiconductor Factories.
    2. Bootstrapping Errors for Lyapunov Exponents from Time Series Embeddings

Publications

  • Metamaterials design using gradient-free numerical optimization

    Journal of Applied Physics

    We apply numerical optimization methods in combination with full-field electromagnetic simulations to tailor the broadband spectral response of gold and silver split-ring resonator metamaterials. A derivative-free, nonlinear mesh adaptive search technique was used to drive finite-difference time-domain simulations. This algorithm allows the designer to independently vary the spectral position of the two resonant peaks and their relative reflection amplitudes throughout a wide range of the near…

    We apply numerical optimization methods in combination with full-field electromagnetic simulations to tailor the broadband spectral response of gold and silver split-ring resonator metamaterials. A derivative-free, nonlinear mesh adaptive search technique was used to drive finite-difference time-domain simulations. This algorithm allows the designer to independently vary the spectral position of the two resonant peaks and their relative reflection amplitudes throughout a wide range of the near infrared. An application of this method is then shown to design split-ring resonator "notch filters," with narrow pass bands at 1310, 1550, and 1800 nm which have an similar to 45% change in reflectivity at the pass band and corresponding linewidths of similar to 90 meV.

    Other authors
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Projects

  • Gaussian Process Python Toolbox

    - Present

    An extension of Carl Rasmussen's GPML Matlab toolbox in python. In partnership with Marion Neumann in the CS Department at Washington University in St. Louis, Kristian Kersting at Technical University of Dortmund and Shan Huang at SAP Berlin.

    Other creators
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Languages

  • Spanish (working knowledge)

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