Faculty

Institution

Unit

Venue

Edmond A Jonckheere

Professor Emeritus

University of Southern California

Affiliations

College of Letters, Arts and Sciences

Natural Sciences

Mathematics

School of Engineering

Ming Hsieh Department of Electrical and Computer Engineering

Edmond A Jonckheere is currently serving as a College Of Letters, Arts And Sciences Professor Emeritus at University of Southern California.

Honors

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Experiences

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Education

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Edmond A Jonckheere

University of Southern California

Professor Emeritus

You can click a keyword to filter the displayed items

applied mathematics systems engineering control systems automatic control electrical engineering computer science machine learning dynamical systems control science control engineering graph theory linear algebra quantum information science robotics spectral theory simplicial algorithms topology nonlinear control chaos theory quantum science control optimization aeronautics robust control mathematical control theory linear control robust stability power electronics wireless communications control design flight control network theory singular value analysis spin networks smart grid control system technology aircraft robust nonlinear control networked system design mathematical optimization network optimization control technology state estimation control management principal component analysis congestion management optical engineering stability analysis differential topology neural networks spintronics networks power grid communication security control architecture guidance system transaction processing congestion control foldable structure spinal biomechanics cervical spine object tracking ollivier-ricci curvature phase matching markov parameters dynamic modeling open quantum systems lateral motion pmu data chaotic disturbance rejection global networks convex analysis experimental medicine positioning systems electronic circuits network security scale-free network data integrity network topology wireless networks topology control topological methods

Notable Scholarly Works

Notable Federal Grants

Collaborators

Robustness Analysis for Quantum Systems Controlled by Continuous-Time Pulses. IEEE Control Systems Letters (2025)

robustness analysisquantum sciencequantum systemsapplied mathematicsquantum information science

Robustness of Dynamic Quantum Control: Differential Sensitivity Bounds. AVS Quantum Science (2024)

S. P. O'NeilC. A. WeidnerE. A. JonckheereF. C. LangbeinS. G. Schirmer

differential sensitivity boundsquantum sciencequantum information sciencedynamic quantum control

Robust Quantum Control in Closed and Open Systems: Theory and Practice. Automatica (2024)

Carrie Ann WeidnerEmily A. ReedJonathan MonroeBenjamin ShellerSean O’NeilEliav MaasEdmond A. JonckheereFrank C. LangbeinSophie Schirmer

robust quantum control

Sensitivity Bounds for Quantum Control and Time-Domain Performance Guarantees. IEEE Control Systems Letters (2024)

S. P. O’NeilE. A. JonckheereS. Schirmer

quantum controltime-domain performance guaranteessensitivity boundscomputer scienceperformance evaluation

Analyzing and Unifying Robustness Measures for Excitation Transfer Control in Spin Networks. IEEE Control Systems Letters (2023)

S. P. O’NeilI. KhalidA. A. RompokosC. A. WeidnerF.C. LangbeinS. SchirmerE. A. Jonckheere

systems engineeringcontrol scienceexcitation transfer controlautomatic controlelectrical engineeringspin networksnetwork analysis

A Unified Approach of Detecting Phase Transition in Time-Varying Complex Networks. Scientific Reports (2023)

Mohamed Ridha ZnaidiJayson SiaScott RonquistIndika RajapakseEdmond JonckheerePaul Bogdan

computer sciencephase transitions

Bode Integral Limitation for Irrational Systems. IFAC-PapersOnLine (2023)

William ChangFariba AriaeiEdmond Jonckheere

graph theoryirrational systemsbode integral limitationapplied mathematics

DECISION: Robustness of Energy Landscape Controllers for Spin Rings Under Coherent Excitation Transport - R1/Pr5. (2023)

Sean P. O’NeilFrank C. LangbeinEdmond JonckheereSophie Shermer

spin ringsparticle physicscoherent excitation transportenergy landscape controllersneuroscience

DECISION: Robustness of Energy Landscape Control to Dephasing — R1/Pr5. (2023)

Sean P. O’NeilFrank C. LangbeinEdmond JonckheereS. Shermer

systems engineeringenergy landscape control

Disturbance-Agnostic Robust Performance With Structured Uncertainties and Initial State Error in Classical Versus Quantum Oscillatory Systems. arXiv (Cornell University) (2023)

Jonckheere, EdmondSchirmer, Sophie G.Langbein, Frank C.Weidner, Carrie A.O'Neil, Sean

systems engineeringperformance evaluationinitial state errorstructured uncertaintiesdisturbance-agnostic robust performance

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Edmond A Jonckheere

Professor Emeritus

University of Southern California

Affiliations

College of Letters, Arts and Sciences

Natural Sciences

Mathematics

School of Engineering

Ming Hsieh Department of Electrical and Computer Engineering

Edmond A Jonckheere is currently serving as a College Of Letters, Arts And Sciences Professor Emeritus at University of Southern California.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Edmond A Jonckheere

University of Southern California

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Robustness Analysis for Quantum Systems Controlled by Continuous-Time Pulses. IEEE Control Systems Letters (2025)

robustness analysisquantum sciencequantum systemsapplied mathematicsquantum information science

Robustness of Dynamic Quantum Control: Differential Sensitivity Bounds. AVS Quantum Science (2024)

S. P. O'NeilC. A. WeidnerE. A. JonckheereF. C. LangbeinS. G. Schirmer

differential sensitivity boundsquantum sciencequantum information sciencedynamic quantum control

Robust Quantum Control in Closed and Open Systems: Theory and Practice. Automatica (2024)

Carrie Ann WeidnerEmily A. ReedJonathan MonroeBenjamin ShellerSean O’NeilEliav MaasEdmond A. JonckheereFrank C. LangbeinSophie Schirmer

robust quantum control

Sensitivity Bounds for Quantum Control and Time-Domain Performance Guarantees. IEEE Control Systems Letters (2024)

S. P. O’NeilE. A. JonckheereS. Schirmer

quantum controltime-domain performance guaranteessensitivity boundscomputer scienceperformance evaluation

Analyzing and Unifying Robustness Measures for Excitation Transfer Control in Spin Networks. IEEE Control Systems Letters (2023)

S. P. O’NeilI. KhalidA. A. RompokosC. A. WeidnerF.C. LangbeinS. SchirmerE. A. Jonckheere

systems engineeringcontrol scienceexcitation transfer controlautomatic controlelectrical engineeringspin networksnetwork analysis

A Unified Approach of Detecting Phase Transition in Time-Varying Complex Networks. Scientific Reports (2023)

Mohamed Ridha ZnaidiJayson SiaScott RonquistIndika RajapakseEdmond JonckheerePaul Bogdan

computer sciencephase transitions

Bode Integral Limitation for Irrational Systems. IFAC-PapersOnLine (2023)

William ChangFariba AriaeiEdmond Jonckheere

graph theoryirrational systemsbode integral limitationapplied mathematics

DECISION: Robustness of Energy Landscape Controllers for Spin Rings Under Coherent Excitation Transport - R1/Pr5. (2023)

Sean P. O’NeilFrank C. LangbeinEdmond JonckheereSophie Shermer

spin ringsparticle physicscoherent excitation transportenergy landscape controllersneuroscience

DECISION: Robustness of Energy Landscape Control to Dephasing — R1/Pr5. (2023)

Sean P. O’NeilFrank C. LangbeinEdmond JonckheereS. Shermer

systems engineeringenergy landscape control

Disturbance-Agnostic Robust Performance With Structured Uncertainties and Initial State Error in Classical Versus Quantum Oscillatory Systems. arXiv (Cornell University) (2023)

Jonckheere, EdmondSchirmer, Sophie G.Langbein, Frank C.Weidner, Carrie A.O'Neil, Sean

systems engineeringperformance evaluationinitial state errorstructured uncertaintiesdisturbance-agnostic robust performance

1
2
3
4
5
24
10 / page

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applied mathematics

automatic control

Yan Wan

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systems engineering

aerospace engineering

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control system technology

control science

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wireless communication

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industrial automation

multiagent system

Munther Dahleh

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computer engineering

system science

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industrial artificial intelligence

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