Robert W. Newcomb
Professor

  • For more information go to the Microsystems Laboratory page

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    Education

    Organizations

    Special Honors

    Research Interests

    analog VLSI, biomedical engineering especially ear type systems and heart models), circuit and systems theory (especially semistate theory and multiport synthesis), microsystems, neural networks (hardware & biologically motivated), robotics

    Some of latest creative works

    Mailing Address:
    Robert W. Newcomb
    Department of Electrical and Computer Engineering
    University of Maryland
    College Park, MD 20742
    Phone: [1]-(301)-405-3662 Fax: [1]-(301)-314-9281

    email address: newcomb@eng.umd.edu
    Click here to send email.

    Professor Newcomb directs the Microsystems Laboratory at UMD and is known for:

    • His outstanding students, having graduated over 60 Ph.D.s
      ... To learn about some of them enter here
    • Design and fabrication of the first IC micromotor
    • His books in VLSI, control, and circuit theory, especially the citation classic "Linear Multiport Synthesis"
    • The first analog circuit designed specifically to give chaos
    • His n-dimensional Maxwell's equations and their application to human emotions
    • His support in perpetuity of the American Academy of Poets Prize at UMD
    • Conceptulization of the Soliton, the P-Adic, and the Fibonacci computers
    • The initiation of the semistate theory of circuits
    • His n-port synthesis techniques for analog and DSP systems
    • His distributional field-extension theory of time varying systems and his square-law non-associative algebra of state described systems
    • His pulse coded neural type cell and associated networks
    • VLSI implementation of biologically realistic neural components
    • The theory behind the KHN filters
    • His theory of curve tracing and knot tying robots
    • The initiation of the MTNS International Symposium
    • His facilitation of the Applied Mathematics Program at UMD
    • Initiation of the deep brain research program with Nevine El-Leithy
    • Some information on this is at www.deepbrain.umd.edu enter here

    Research Topics under present activity

    • Modeling of live neurons on a VLSI chip
    • DSP models of the inner ear from Kemp echos for diagnostics
    • Theory and VLSI realization of the soliton computer
    • VLSI circuits for analog, digital, and integer valued neural networks
    • Functional neural networks and their realizations
    • IC realization of n-limit cycle oscillators
    • Theory and realization of hysteresis based chaos generators
    • Semistate theory for synthesis
    • Knot tying robotics

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