Jennifer Stamm (Haggerty)

PhD

Jennifer Stamm.

Jennifer Stamm (Haggerty)

PhD

Jennifer Stamm (Haggerty)

PhD

Research Interests

Robust vibration control, optimization, estimation of dynamic systems, data assimilation and Bayesian inference, robust convex approximation theory; life-cycle cost modeling, aggregate demand, supply chain optimization, tradespace exploration, industrial internet, integrated circuit optimization

Biography Publications Teaching

Selected Publications

  • Haggerty, J., Minimum-Time Optimal Output Transitions using Pre- and Post-Actuated Inputs: Impact of Zeros on the Structure of the Optimal Control Profile. Publication February 1st, 2015.
  • Haggerty, J. and T. Singh, Time-Optimal Output Transition for Minimum-Phase Systems. Journal of Dynamic Systems, Measurement, and Control, 2013. 135(6): p. 061014.
  • Haggerty, J. and T. Singh. Time Optimal Output Transitions for Minimum Phase Systems: A Frequency Domain Approach to Post-Actuation. 2012 American Control Conference. 2012 Fairmont Queen Elizabeth, Montreal, Canada.
  • Haggerty, J., Minimax Control of Flexible Structures using Quadratically Constrained Programming, in Mechanical Engineering Department. 2010, State University at Buffalo.