Faculty

Institution

Unit

Venue

L. Shieh

University of Houston

Affiliations

Cullen College of Engineering

Electrical & Computer Engineering

Honors College

Electrical Engineering

NoneL. Shieh is currently serving as a Cullen College Of Engineering faculty at University of Houston.

Honors

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Experiences

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Education

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L. Shieh

University of Houston

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systems engineering control systems automatic control applied mathematics electrical engineering engineering control engineering mathematical control theory system science modeling and simulation machine learning state estimation tracking systems chaos theory dynamical systems control optimization applied mathematical modelling digital redesign control design control science systems modeling nonlinear control object tracking formal methods signal processing power electronics control system technology system identification uncertain linear systems linear control numerical analysis robust control guidance system aeronautics tracking control control technology time delay systems circuit analysis pid control continuous-time systems optimal digital redesign multivariable systems mathematical optimization industrial electronics mathematical modelling bifurcation theory multivariable control systems model conversions scientific computing matrix theory information theory observer design matrix polynomials matrix transfer functions multiple time delays process control cybernetics information technology fault estimation matrix sign function disturbance rejection vertical strip spectral factors distributed systems active control numerical simulations electronics aerospace technology power control fault-tolerant control astronautics controller tuning continuous-time state equations digital modelling general systems vehicular technology

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Modified Functional Observer-Based Eid Estimator for Unknown Continuous-Time Singular Systems. Applied sciences (2020)

Jason Sheng-Hong TsaiYang-Fang ChenTe-Jen SuChia-Yuan ChangShu-Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringapplied mathematicsapplied probabilitystate estimationapplied physicsapplied statisticsestimation theory

Effective Zero-Norm Minimization Algorithms for Noisy Compressed Sensing. Journal of the Franklin Institute (2020)

Shu-Mei GuoChen-Kai HuangTzu-Jui HuangJason Sheng-Hong TsaiLeang-San ShiehJose I. Canelon

signal processingcomputer science

Pid Filter-Shaped Optimal Pi Tracker, State Estimator, and Eid Estimator for Continuous-Time Systems. International journal of systems science (2020)

Jason Sheng Hong TsaiYa Chiu HsuHung Jen ChenShu Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringengineeringtracking systemsautomatic controlcontinuous-time systemscontrol systemsstate estimationeid estimatorsystem sciencestate estimatorelectrical engineering

A Modified Functional Observer-Based Eid Estimator for Unknown Sampled-Data Singular Systems. International journal of systems science (2019)

Jason Sheng-Hong TsaiChia-Yuan ChangYang-Fang ChenShu-Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringengineeringapplied mathematicsmachine learningstate estimationsystem sciencesystem identificationestimation theory

A Novel On-Line Ocid Method and Its Application to Input-Constrained Active Fault-Tolerant Tracker Design for Unknown Nonlinear Systems. International journal of systems science (2019)

Jason Sheng-Hong TsaiTzu-Hsien YuTe Jen SuShu-Mei GuoLeang-San ShiehJose I. Canelon

control system technologysystems engineeringapplied mathematicsnonlinear controltracking systemscontrol systemsstate estimationsystem scienceelectrical engineeringunknown nonlinear systems

Application of the Observer/Kalman Filter Identification Method to Unknown Time-Delay Disturbed Systems and the Associated Optimal Digital Tracker Design. International journal of systems science (2019)

Jason Sheng-Hong TsaiLi-Ya KuoShu-Mei GuoLeang-San ShiehJose I. Canelon

control system technologysystems engineeringcondition monitoringautomatic controlvehicular technologycontrol systemssystem monitoringstate observerinstrumentationsystem sciencesystem identificationmonitoring technologyelectrical engineeringsystem safety

A Case Study on the Universal Compensation-Improvement Mechanism: A Robust Pid Filter-Shaped Optimal Pi Tracker for Systems With/Without Disturbances. Journal of the Franklin Institute (2018)

Jason Sheng-Hong TsaiHsuan-Han WangShu-Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringengineeringtracking systemsautomatic controlcontrol systemsuniversal compensation-improvement mechanismelectrical engineering

Analog/Digital Pid-Based Sliding-Mode Controller Design for Nonlinear Processes With Long Time Delays. Dynamics of Continuous Discrete and Impulsive Systems-series B-applications & Algorithms (2018)

L. B. XieL. S. ShiehJ. S.H. TsaiF. EbrahimzadehJ. I. Canelon

systems engineeringengineeringautomatic controlanalog-to-digital convertersdynamical systemslong time delayselectrical engineering

A New Pi-Based Optimal Linear Quadratic State-Estimate Tracker for Discrete-Time Non-Square Non-Minimum Phase Systems. International journal of systems science (2018)

Jason Sheng-Hong TsaiYing-Ting LiaoZih-Wei LinFaezeh EbrahimzadehShu-Mei GuoLeang-San ShiehJose I. Canelon

mathematical optimizationsystems engineeringapplied mathematicsengineeringcontrol optimizationautomatic controlmathematical control theorycontrol systemsmachine learningstate estimationsystem sciencelinear controlestimation theory

An Input-Constrained Narmax Model-Based Adaptive Tracker With Fault Tolerance for Unknown Systems With an Input-Output Direct Feed-Through Term. Advances in natural and applied sciences (2018)

Jason Sheng-Hong TsaiWen-Teng HsuYa-Chiou HsuShu-Mei GuoTzong-Jiy TsaiJose CanelonLeang-San Shieh

control system technologyadaptive controlsystems engineeringtracking systemsunknown systemscontrol systemsapplied physicsmonitoring technologyelectrical engineeringfault tolerance

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L. Shieh

University of Houston

Affiliations

Cullen College of Engineering

Electrical & Computer Engineering

Honors College

Electrical Engineering

NoneL. Shieh is currently serving as a Cullen College Of Engineering faculty at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

L. Shieh

University of Houston

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Modified Functional Observer-Based Eid Estimator for Unknown Continuous-Time Singular Systems. Applied sciences (2020)

Jason Sheng-Hong TsaiYang-Fang ChenTe-Jen SuChia-Yuan ChangShu-Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringapplied mathematicsapplied probabilitystate estimationapplied physicsapplied statisticsestimation theory

Effective Zero-Norm Minimization Algorithms for Noisy Compressed Sensing. Journal of the Franklin Institute (2020)

Shu-Mei GuoChen-Kai HuangTzu-Jui HuangJason Sheng-Hong TsaiLeang-San ShiehJose I. Canelon

signal processingcomputer science

Pid Filter-Shaped Optimal Pi Tracker, State Estimator, and Eid Estimator for Continuous-Time Systems. International journal of systems science (2020)

Jason Sheng Hong TsaiYa Chiu HsuHung Jen ChenShu Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringengineeringtracking systemsautomatic controlcontinuous-time systemscontrol systemsstate estimationeid estimatorsystem sciencestate estimatorelectrical engineering

A Modified Functional Observer-Based Eid Estimator for Unknown Sampled-Data Singular Systems. International journal of systems science (2019)

Jason Sheng-Hong TsaiChia-Yuan ChangYang-Fang ChenShu-Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringengineeringapplied mathematicsmachine learningstate estimationsystem sciencesystem identificationestimation theory

A Novel On-Line Ocid Method and Its Application to Input-Constrained Active Fault-Tolerant Tracker Design for Unknown Nonlinear Systems. International journal of systems science (2019)

Jason Sheng-Hong TsaiTzu-Hsien YuTe Jen SuShu-Mei GuoLeang-San ShiehJose I. Canelon

control system technologysystems engineeringapplied mathematicsnonlinear controltracking systemscontrol systemsstate estimationsystem scienceelectrical engineeringunknown nonlinear systems

Jason Sheng-Hong TsaiLi-Ya KuoShu-Mei GuoLeang-San ShiehJose I. Canelon

A Case Study on the Universal Compensation-Improvement Mechanism: A Robust Pid Filter-Shaped Optimal Pi Tracker for Systems With/Without Disturbances. Journal of the Franklin Institute (2018)

Jason Sheng-Hong TsaiHsuan-Han WangShu-Mei GuoLeang-San ShiehJose I. Canelon

systems engineeringengineeringtracking systemsautomatic controlcontrol systemsuniversal compensation-improvement mechanismelectrical engineering

L. B. XieL. S. ShiehJ. S.H. TsaiF. EbrahimzadehJ. I. Canelon

systems engineeringengineeringautomatic controlanalog-to-digital convertersdynamical systemslong time delayselectrical engineering

A New Pi-Based Optimal Linear Quadratic State-Estimate Tracker for Discrete-Time Non-Square Non-Minimum Phase Systems. International journal of systems science (2018)

Jason Sheng-Hong TsaiYing-Ting LiaoZih-Wei LinFaezeh EbrahimzadehShu-Mei GuoLeang-San ShiehJose I. Canelon

An Input-Constrained Narmax Model-Based Adaptive Tracker With Fault Tolerance for Unknown Systems With an Input-Output Direct Feed-Through Term. Advances in natural and applied sciences (2018)

Jason Sheng-Hong TsaiWen-Teng HsuYa-Chiou HsuShu-Mei GuoTzong-Jiy TsaiJose CanelonLeang-San Shieh

control system technologyadaptive controlsystems engineeringtracking systemsunknown systemscontrol systemsapplied physicsmonitoring technologyelectrical engineeringfault tolerance

1
2
3
4
5
34
10 / page

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Similar Faculty Members

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Institution

University of Iowa

computer engineering

wireless communication

Ali Saberi

Institution

Washington State University

systems engineering

nonlinear system

Tarunraj Singh

Institution

University at Buffalo

nonlinear estimation

system dynamic

Murat Arcak

Institution

University of California, Berkeley

industrial artificial intelligence

systems engineering

Robert Bitmead

Institution

University of California, San Diego

industrial control system

modeling and simulation

Zhihua Qu

Institution

University of Central Florida

swarm intelligence

cybernetics

Lucy Pao

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control systems

automatic control

Dr. Tansel Yucelen

Institution

University of South Florida

multiagent systems

distributed intelligent system

Andrew Teel

Institution

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Jason Speyer

Institution

University of California, Los Angeles

aerospace

guidance system