Faculty

Institution

Unit

Venue

Yvonne I. Yaz

Milwaukee School of Engineering

Affiliations

Diercks School of Advanced Computing

Milwaukee School of Engineering

NoneYvonne I. Yaz is currently serving as a Diercks School Of Advanced Computing faculty at Milwaukee School of Engineering.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Yvonne I. Yaz

Milwaukee School of Engineering

You can click a keyword to filter the displayed items

systems engineering control systems automatic control state estimation general criteria observer design applied mathematics nonlinear systems nonlinear control state observer robust control resilience estimation theory discrete-time nonlinear systems electrical engineering machine learning dynamical systems control optimization nonlinear analysis nonlinear dynamics resilient control system general performance criteria engineering signal processing system science resilient design control engineering observer pattern lyapunov-based design continuous-time nonlinear systems lmi-based state estimation applied statistics cyber-physical systems active control system safety robust nonlinear control observability mathematical control theory control methods control science secure communication discrete event systems control design command and control resilience engineering chaos theory robust optimization stochastic control nonlinear system identification system identification lmi formulations chaotic synchronization nonlinear observer performance discrete-time stochastic models extended kalman filter robust controller design uncertain nonlinear systems integral quadratic constraints tent map resilient observers

Notable Scholarly Works

Notable Federal Grants

Collaborators

Stability Robustness Analysis of Partial Feedback Linearization for a Class of Uncertain Discrete-Time Systems. Proceedings of the International Conference of Control, Dynamic systems, and Robotics (2023)

W. Alexander Baker Jr.Susan C. SchneiderEdwin E. YazYvonne I. Yaz

systems engineeringroboticspartial feedback linearizationstability robustness analysisuncertain discrete-time systems

H 2 − H ∞ Control of Continuous-Time Nonlinear Systems Using the State-Dependent Riccati Equation Approach. Systems Science & Control Engineering (2017)

Xin WangEdwin E. YazSusan C. SchneiderYvonne I. Yaz

continuous-time nonlinear systemssystems engineeringcontrol systemsnonlinear controlmathematical control theorycontrol methodscontrol engineeringcontrol optimizationnonlinear systemscontrol sciencesystem scienceautomatic controlactive control

Discrete-Time Resilient Controller Design With General Criteria for a Class of Uncertain Nonlinear Systems. American Control Conference (2014)

Fan FengEdwin E. YazSusan C. SchneiderYvonne I. Yaz

systems engineeringuncertain nonlinear systemsresiliencegeneral criterianonlinear control

Discrete-Time Robust Controller Design for a Class of Nonlinear Systems With Uncertainties. (2013)

None Fan FengEdwin E. YazSusan C. SchneiderYvonne I. Yaz

uncertainty quantificationsystems engineeringroboticsrobust control

Robust Controller Design With General Criteria for Uncertain Conic Nonlinear Systems With Disturbances. American Control Conference (2013)

None Fan FengNone Chung Seop JeongEdwin E. YazSusan C. SchneiderYvonne I. Yaz

control designcontrol systemsrobust controller designrobust controlelectrical engineeringgeneral criterianonlinear control

Robust State Dependent Control of Discrete Time Nonlinear Systems With Random Actuator Failures. (2012)

Xin WangEdwin E. YazJames LongSusan C. SchneiderYvonne I. Yaz

robust controlsystems engineeringcontrol systemsrandom actuator failures

Design of Mixed H2-Dissipative Observers With Stochastic Resilience for Discrete-Time Nonlinear Systems. Journal of the Franklin Institute (2011)

Chung Seop JeongEdwin E. YazYvonne I. Yaz

systems engineeringcontrol systemsdiscrete-time nonlinear systemsstochastic resilienceengineering

H 2-H∞ Control of Discrete Time Nonlinear Systems Using the Sdre Approach. (2011)

Xin WangEdwin E. YazSusan C. SchneiderYvonne I. Yaz

Lyapunov-Based Design of Resilient Mixed Mse-Dissipative-Type State Observers for a Class of Nonlinear Systems and General Performance Criteria. International Journal of Systems Science (2011)

Chung Seop JeongEdwin Engin YazYvonne Ilke Yaz

systems engineeringobserver designsystems biologystate observergeneral performance criteriasystem scienceresilience engineeringautomatic controlresiliencelyapunov-based design

Resilient Observer Design for Discrete-Time Nonlinear Systems With General Criteria. (2011)

systems engineeringstate observernonlinear systemsdynamical systemsresilient observer designobserver patternnonlinear analysisresilient control systemnonlinear dynamicsnonlinear control

1
2
3
4
5
10 / page

Yvonne I. Yaz

Milwaukee School of Engineering

Affiliations

Diercks School of Advanced Computing

Milwaukee School of Engineering

NoneYvonne I. Yaz is currently serving as a Diercks School Of Advanced Computing faculty at Milwaukee School of Engineering.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Yvonne I. Yaz

Milwaukee School of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

W. Alexander Baker Jr.Susan C. SchneiderEdwin E. YazYvonne I. Yaz

systems engineeringroboticspartial feedback linearizationstability robustness analysisuncertain discrete-time systems

H 2 − H ∞ Control of Continuous-Time Nonlinear Systems Using the State-Dependent Riccati Equation Approach. Systems Science & Control Engineering (2017)

Xin WangEdwin E. YazSusan C. SchneiderYvonne I. Yaz

Discrete-Time Resilient Controller Design With General Criteria for a Class of Uncertain Nonlinear Systems. American Control Conference (2014)

Fan FengEdwin E. YazSusan C. SchneiderYvonne I. Yaz

systems engineeringuncertain nonlinear systemsresiliencegeneral criterianonlinear control

Discrete-Time Robust Controller Design for a Class of Nonlinear Systems With Uncertainties. (2013)

None Fan FengEdwin E. YazSusan C. SchneiderYvonne I. Yaz

uncertainty quantificationsystems engineeringroboticsrobust control

Robust Controller Design With General Criteria for Uncertain Conic Nonlinear Systems With Disturbances. American Control Conference (2013)

None Fan FengNone Chung Seop JeongEdwin E. YazSusan C. SchneiderYvonne I. Yaz

control designcontrol systemsrobust controller designrobust controlelectrical engineeringgeneral criterianonlinear control

Robust State Dependent Control of Discrete Time Nonlinear Systems With Random Actuator Failures. (2012)

Xin WangEdwin E. YazJames LongSusan C. SchneiderYvonne I. Yaz

robust controlsystems engineeringcontrol systemsrandom actuator failures

Design of Mixed H2-Dissipative Observers With Stochastic Resilience for Discrete-Time Nonlinear Systems. Journal of the Franklin Institute (2011)

Chung Seop JeongEdwin E. YazYvonne I. Yaz

systems engineeringcontrol systemsdiscrete-time nonlinear systemsstochastic resilienceengineering

H 2-H∞ Control of Discrete Time Nonlinear Systems Using the Sdre Approach. (2011)

Xin WangEdwin E. YazSusan C. SchneiderYvonne I. Yaz

Lyapunov-Based Design of Resilient Mixed Mse-Dissipative-Type State Observers for a Class of Nonlinear Systems and General Performance Criteria. International Journal of Systems Science (2011)

Chung Seop JeongEdwin Engin YazYvonne Ilke Yaz

systems engineeringobserver designsystems biologystate observergeneral performance criteriasystem scienceresilience engineeringautomatic controlresiliencelyapunov-based design

Resilient Observer Design for Discrete-Time Nonlinear Systems With General Criteria. (2011)

systems engineeringstate observernonlinear systemsdynamical systemsresilient observer designobserver patternnonlinear analysisresilient control systemnonlinear dynamicsnonlinear control

1
2
3
4
5
10 / page