Faculty

Institution

Unit

Venue

Spiridon Reveliotis

Professor

Georgia Institute of Technology

Affiliations

College of Engineering

H. Milton Stewart School of Industrial and Systems Engineering

Spiridon Reveliotis is currently serving as a College Of Engineering Professor at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Spiridon Reveliotis

Georgia Institute of Technology

Professor

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systems engineering resource allocation computer science control systems modeling and simulation control optimization automatic control automation engineering electrical engineering operations research automation engineering manufacturing machine learning manufacturing systems engineering optimization resource allocation systems dynamic resource allocation flexible manufacturing systems scheduling problems computational optimization flexible manufacturing technology automated manufacturing formal methods system safety combinatorial optimization computer-integrated manufacturing constricted environments min-time coverage mathematical optimization process control operation management distributed systems robotics vehicular technology traffic management control architecture manufacturing planning classification theory guidepath-based transport systems deadlock avoidance deadlock avoidance policies control system technology structural control real-time control optimization problems supervision system supervisory control scheduling analysis scheduling (computing) production scheduling multithreaded software industrial informatics network routing algorithm production control real-time system design petri net concurrency bugs state liveness multiple resource acquisitions flexible routings distributed robotics stochastic petri net guidance system network routing industrial automation office automation route planning control engineering transportation system management road traffic control networked control real-time management liveness-enforcing supervision forbidden states neighborhood policy process planning systems modeling scheduling (production processes) production planning

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Streamlined Heuristic for the Problem of Min-Time Coverage in Constricted Environments. IEEE Transactions on Automation Science and Engineering (2024)

Young-In KimSpyros Reveliotis

automation engineeringsystems engineeringengineeringengineering optimizationscheduling problemsautomationmin-time coverageconstricted environmentsmachine learningoperations researchstreamlined heuristicelectrical engineeringoptimization problemsheuristic (computer science)

Strongly Infinite-Step Opaque Boolean Networks. IFAC-PapersOnLine (2024)

Spyros Reveliotis

boolean functionapplied mathematicscomputational complexitycryptographycomputer sciencemathematicslogic in computer scienceset theorygraph theory

A Heuristic Approach to the Problem of Min-Time Coverage in Constricted Environments. IEEE Transactions on Control of Network Systems (2023)

Young-In KimSpyros Reveliotis

systems engineeringapplied mathematicscontrol optimizationscheduling problemsmin-time coverageconstricted environmentscontrol systemsnetworked controlheuristic planningelectrical engineeringoptimization problemsheuristic (computer science)

A Streamlined Heuristic for the Problem of Min-Time Coverage in Constricted Environments (Extended Abstract). 2022 IEEE 27th International Conference on Emerging Technologies and Factory Automation (ETFA) (2023)

Young-In KimSpyros Reveliotis

constricted environmentsapplied mathematicsmin-time coverageperformance evaluationstreamlined heuristic

A Strong Combinatorial Relaxation for the Problem of Min-Time Coverage in Constricted Environments. IEEE Transactions on Automatic Control (2023)

Young-In KimSpyros Reveliotis

applied mathematicsconstricted environmentsmin-time coverageautomatic controlformal methodsoptimization problems

Min-Time Coverage in Constricted Environments With Arbitrary Guidepath Networks. (2023)

Young-In KimSpyros Reveliotis

systems engineeringconstricted environmentsmin-time coveragearbitrary guidepath networksmachine learning

Performance Evaluation of Structurally Controlled Fms: Exact and Approximate Approaches. (2023)

Spiridon A. ReveliotisPlacid M. Ferreira

engineering optimizationstructural optimizationprocess controlmanufacturing systemsproduction controlcomputational complexitysystems modelingcontrol systemsreal-time controlcomplex system engineeringcontrol structuresystems engineeringindustrial process controlcomputer engineeringdesign optimizationcomputer-integrated manufacturingcontrol optimizationoperations researchstructural control

Some Structural Results for the Problem of Min-Time Coverage in Constricted Environments. IFAC-PapersOnLine (2022)

Y.-I. KimS. Reveliotis

min-time coverageconstricted environmentsstressed environmentengineering

Applications of Discrete Event Systems. Encyclopedia of Systems and Control (2021)

Spyros Reveliotis

complex systemssystems engineeringcontrol optimizationautomatic controlcontrol systemssystems biologydiscrete event systemsdiscrete-event simulationcontrol science

Assessing and Restoring “Traffic-State Order” in Open, Irreversible, Dynamically Routed, Zone-Controlled Guidepath-Based Transport Systems. IEEE Transactions on Automation Science and Engineering (2021)

Spyros Reveliotis

distributed systemstransportation engineeringroad traffic controlsystems engineeringengineeringtraffic managementtransportation system managementautomationcyber-physical systemsautomation engineeringcontrol systemsdeployment technologycomputer engineeringtraffic-state orderintelligent transportation systemssystem safety

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Spiridon Reveliotis

Professor

Georgia Institute of Technology

Affiliations

College of Engineering

H. Milton Stewart School of Industrial and Systems Engineering

Spiridon Reveliotis is currently serving as a College Of Engineering Professor at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Spiridon Reveliotis

Georgia Institute of Technology

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Streamlined Heuristic for the Problem of Min-Time Coverage in Constricted Environments. IEEE Transactions on Automation Science and Engineering (2024)

Young-In KimSpyros Reveliotis

Strongly Infinite-Step Opaque Boolean Networks. IFAC-PapersOnLine (2024)

Spyros Reveliotis

boolean functionapplied mathematicscomputational complexitycryptographycomputer sciencemathematicslogic in computer scienceset theorygraph theory

A Heuristic Approach to the Problem of Min-Time Coverage in Constricted Environments. IEEE Transactions on Control of Network Systems (2023)

Young-In KimSpyros Reveliotis

constricted environmentsapplied mathematicsmin-time coverageperformance evaluationstreamlined heuristic

A Strong Combinatorial Relaxation for the Problem of Min-Time Coverage in Constricted Environments. IEEE Transactions on Automatic Control (2023)

Young-In KimSpyros Reveliotis

applied mathematicsconstricted environmentsmin-time coverageautomatic controlformal methodsoptimization problems

Min-Time Coverage in Constricted Environments With Arbitrary Guidepath Networks. (2023)

Young-In KimSpyros Reveliotis

systems engineeringconstricted environmentsmin-time coveragearbitrary guidepath networksmachine learning

Performance Evaluation of Structurally Controlled Fms: Exact and Approximate Approaches. (2023)

Spiridon A. ReveliotisPlacid M. Ferreira

Some Structural Results for the Problem of Min-Time Coverage in Constricted Environments. IFAC-PapersOnLine (2022)

Y.-I. KimS. Reveliotis

min-time coverageconstricted environmentsstressed environmentengineering

Applications of Discrete Event Systems. Encyclopedia of Systems and Control (2021)

Spyros Reveliotis

complex systemssystems engineeringcontrol optimizationautomatic controlcontrol systemssystems biologydiscrete event systemsdiscrete-event simulationcontrol science

Spyros Reveliotis

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engineering

smart manufacturing

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algorithm design

real-time systems

Mark Lawley

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Texas A&M University

systems engineering

public health

Christos G. Cassandras

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stochastic optimization

distributed intelligent system

Dimitri Mavris

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aerospace

aerospace system

Qing Cindy Chang

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University of Virginia

systems engineering

industrial automation

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robotics automation

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resource allocation

cyber-physical systems

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enabling autonomy

unmanned aerial vehicle

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