real-time speech / digital signal processor / potential applications / voice biofeedback device / elastic energy density smart material / present typical noise control systems / real-time vocal biofeedback device / actuator technology / /
NaturalFeature
Lawrence River / /
Organization
Federal Emergency Management Agency / Catholic Univ. of America / School of Eng / Gonzaga Univ. / Res Lab. / Washington State Univ. / George Mason Univ. / Eastern Washington Univ. / Acoustical Society of America / National Univ. of Singapore / Univ. of Texas / /
Person
Diego Turo / Mustafa Z. Abbasi / Tyler Pacheco / Marshall Hurson / Marco Debiasi / Joseph F. Vignola / Ofodike A. Ezekoye / Jian Zhu / Teresa J. Ryan / Doreen Nicholas / Walter Jakubowski / Shirley Jakubowski / Bradley C. Clemetson / Preston S. Wilson / George Mason Univ / Francois Lafleur / Mark VanDam / / /
Position
John A. Judge / /
ProvinceOrState
Texas / Delaware / /
Region
Eastern Washington / /
Technology
biofeedback / broadband / actuator technology / dielectric / fluid dynamics / digital signal processor / /
elements. It has been previously shown that flow distribution and pressure drop calculation can be done using the same two-port elements but using a different set of transfer matrices. A similar approach was previously p