Faculty

Institution

Unit

Venue

Arthur Bryson

Paul Pigott Professor of Engineering Emeritus

Stanford University

Affiliations

School of Engineering

Aeronautics & Astronautics

Arthur Bryson is currently serving as an Aeronautics & Astronautics Paul Pigott Professor of Engineering Emeritus at Stanford University.

Honors

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Experiences

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Education

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Arthur Bryson

Stanford University

Paul Pigott Professor of Engineering Emeritus

You can click a keyword to filter the displayed items

aerospace engineering control systems automatic control guidance system systems engineering control engineering aeronautics control science engineering navigation aerodynamics applied mathematics control design control optimization flight control unmanned aerial vehicles mathematical control theory robotics aircraft aerospace engineering optimization control system technology astronautics space exploration trajectory optimization linear control control management aerospace technology dynamic optimization supersonic aircraft dynamical systems active control mathematical optimization spacecraft attitude control aerospace systems command and control optimal control nonlinear dynamics computational optimization space transportation robust control control strategies aeroelasticity attitude control control theory minimum time flexible space structures command generator unmanned aircraft systems structural control information fusion system science robust nonlinear control numerical simulations combinatorial optimization supersonic combustion 3d pose estimation control structure space robotics aircraft navigation model predictive control feedforward control parameter identification mitigation techniques hamiltonian system robot control real-time control time-optimal control efficient algorithm two-link manipulator flexible spacecraft optimal aircraft guidance unsteady aerodynamic theory active flutter control low-order compensators parameter optimization

Notable Scholarly Works

Notable Federal Grants

Collaborators

Methods for Computing Minimum-Time Paths in Strong Winds. Journal of Guidance Control and Dynamics (2012)

Matt R. JardinArthur E. Bryson

applied mathematicsautomatic controlmathematical control theoryaerospace engineeringguidance systemnavigationminimum-time pathsstrong winds

Estimating Joint Torques From Kinematic and Reaction Force Data. Anew Approach. (2005)

C.F. RungeF.E. ZajacJ.H.J. AllumA.E. Bryson

joint torquesreaction force dataelectrical engineeringkinematics

Neighboring Optimal Aircraft Guidance in Winds. Journal of Guidance Control and Dynamics (2001)

Matthew R. JardinArthur E. Bryson

engineering optimizationaircraftcontrol optimizationspacecraft attitude controlautomatic controlaeronauticscontrol systemsaerospace engineeringtrajectory optimizationguidance systemflight controloptimal aircraft guidancenavigationaerodynamics

Time-Varying Linear-Quadratic Control. Journal of optimization theory and applications (1999)

A. E. Bryson

time-varying linear-quadratic controlautomatic controlcontrol systemsapplied mathematics

Linear-Quadratic-Gaussian Controllers With Specified Parameter Robustness. Journal of Guidance Control and Dynamics (1998)

Arthur E. BrysonRaymond A. Mills

specified parameter robustnessautomatic controlmathematical control theorycontrol systemslinear-quadratic-gaussian controllersaerospace engineeringguidance systemcontrol engineeringlinear controlcontrol science

Linear-Quadratic Worst-Case Control. Journal of Guidance Control and Dynamics (1998)

Matthew K. JugeArthur E. Bryson

automatic controlcontrol systemslinear-quadratic worst-case controlaerospace engineeringguidance systemcontrol engineeringlinear control

Inverse and Optimal Control for Precision Aerobatic Maneuvers. Journal of guidance, control, and dynamics (1996)

K. Y. LouA. E. Bryson

precision aerobatic maneuversaerospace engineeringguidance systemcontrol strategiesinverse problemsoptimal control

Analytical Gain Scheduling Approach to Periodic Observer Design. Journal of Guidance Control and Dynamics (1995)

Jeff Wesley FisherArthur Earl Bryson

systems engineeringautomatic controlroboticscontrol systemscontrol designguidance systemobserver designcontrol engineering

Estimating Net Joint Torques From Kinesiological Data Using Optimal Linear System Theory. IEEE Transactions on Biomedical Engineering (1995)

C.F. RungeF.E. ZajacJ.H.J. AllumD.W. RisherA.E. BrysonF. Honegger

kinesiology3d pose estimationelectrical engineeringbiomedical engineeringnet joint torquesbiomechanicskinesiological data

Optimal Guidance of a Solar Sail Spacecraft to the Sun-Earth L2 Point. Elsevier eBooks (1995)

S.H. HURA.E. BRYSON

space weatherspace explorationguidance systemoptimal guidanceplanetary sciencessolar sail spacecraft

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Arthur Bryson

Paul Pigott Professor of Engineering Emeritus

Stanford University

Affiliations

School of Engineering

Aeronautics & Astronautics

Arthur Bryson is currently serving as an Aeronautics & Astronautics Paul Pigott Professor of Engineering Emeritus at Stanford University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Arthur Bryson

Stanford University

Paul Pigott Professor of Engineering Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Methods for Computing Minimum-Time Paths in Strong Winds. Journal of Guidance Control and Dynamics (2012)

Matt R. JardinArthur E. Bryson

applied mathematicsautomatic controlmathematical control theoryaerospace engineeringguidance systemnavigationminimum-time pathsstrong winds

Estimating Joint Torques From Kinematic and Reaction Force Data. Anew Approach. (2005)

C.F. RungeF.E. ZajacJ.H.J. AllumA.E. Bryson

joint torquesreaction force dataelectrical engineeringkinematics

Neighboring Optimal Aircraft Guidance in Winds. Journal of Guidance Control and Dynamics (2001)

Matthew R. JardinArthur E. Bryson

Time-Varying Linear-Quadratic Control. Journal of optimization theory and applications (1999)

A. E. Bryson

time-varying linear-quadratic controlautomatic controlcontrol systemsapplied mathematics

Linear-Quadratic-Gaussian Controllers With Specified Parameter Robustness. Journal of Guidance Control and Dynamics (1998)

Arthur E. BrysonRaymond A. Mills

Linear-Quadratic Worst-Case Control. Journal of Guidance Control and Dynamics (1998)

Matthew K. JugeArthur E. Bryson

automatic controlcontrol systemslinear-quadratic worst-case controlaerospace engineeringguidance systemcontrol engineeringlinear control

Inverse and Optimal Control for Precision Aerobatic Maneuvers. Journal of guidance, control, and dynamics (1996)

K. Y. LouA. E. Bryson

precision aerobatic maneuversaerospace engineeringguidance systemcontrol strategiesinverse problemsoptimal control

Analytical Gain Scheduling Approach to Periodic Observer Design. Journal of Guidance Control and Dynamics (1995)

Jeff Wesley FisherArthur Earl Bryson

systems engineeringautomatic controlroboticscontrol systemscontrol designguidance systemobserver designcontrol engineering

Estimating Net Joint Torques From Kinesiological Data Using Optimal Linear System Theory. IEEE Transactions on Biomedical Engineering (1995)

C.F. RungeF.E. ZajacJ.H.J. AllumD.W. RisherA.E. BrysonF. Honegger

kinesiology3d pose estimationelectrical engineeringbiomedical engineeringnet joint torquesbiomechanicskinesiological data

Optimal Guidance of a Solar Sail Spacecraft to the Sun-Earth L2 Point. Elsevier eBooks (1995)

S.H. HURA.E. BRYSON

space weatherspace explorationguidance systemoptimal guidanceplanetary sciencessolar sail spacecraft

1
2
3
4
5
10
10 / page

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dynamical systems theory

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Efstathios Bakolas

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systems engineering

automatic control

Kamesh Subbarao

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robust control

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