IFAC WORLD CONGRESS 2023
 YOKOHAMA, JAPAN. 9 - 14 JULY, 2023
  
IFAC World Congress 2023
 July 9-14, 2023, Yokohama, Japan

Program at a Glance    Monday    Tuesday    Wednesday    Thursday    Friday    Author Index    Keyword Index  

Last updated on May 31, 2023. This conference program is tentative and subject to change

IFAC WC 2023 Keyword Index

A   B   C   D   E   F   G   H   I   J   K   L   M   N   O   P   Q   R   S   T   U   V   W   Y  

ATop
Acoustic-based networked control and navigationWeB03.6
Active fault diagnosisFrA17.1, MoA14.5
Adaptive and robust control in marine systemTuC10.5, WeC03.1, WeC03.2
Adaptive and robust control of automotive systemsFrA11.3, FrA11.5, FrB21.4, MoB14.1, MoB14.2, MoB14.3, MoB14.4, MoB14.5, MoB14.6, MoC14.4, MoC14.5, ThA12.1, ThA19.1, ThA23.4, ThA23.6, TuCT3.11, WeA20.3
Adaptive automationMoB20.1, MoCT3.13, ThB02.4, ThB02.5, ThB02.6, TuB17.1, TuB17.5, WeC09.4
Adaptive controlFrA15.5, FrB05.2, FrB07.6, MoA18.1, MoB04.1, MoB04.5, MoB20.2, MoB20.4, MoB20.5, MoB21.6, ThA18.1, ThA18.2, ThA18.5, ThA18.6, ThB05.5, ThBT2.1, ThBT2.2, ThBT2.3, ThBT2.4, ThBT2.5, ThBT2.6, ThBT2.7, ThBT2.8, ThBT2.9, ThBT2.10, ThBT2.11, ThBT2.12, ThCT3.12, TuA05.1, TuA06.4, TuA09.1, TuBT2.14, TuCT1.6, WeA05.5, WeA12.2, WeA20.4, WeA20.5, WeB19.3, WeBT1.3, WeC07.5
Adaptive control of multi-agent systemsFrA13.5, MoB17.2, MoB20.6, MoC17.3, ThB07.1, ThB13.1, ThB13.2, ThB13.3, ThB13.6, TuC19.2
Adaptive gain scheduling autotuning control and switching controlMoB20.2, TuC03.3
Adaptive neural and fuzzy controlMoBT3.4, MoC21.2, MoC21.4, MoC21.5, ThB14.3, WeB21.2
Adaptive observer designThB13.1, ThB13.4, ThB13.5
Additive manufacturingMoC19.5, MoCT3.7, TuC23.1, TuC23.2, TuC23.3, TuC23.4, TuC23.5, TuC23.6, WeBT3.1, WeBT3.2, WeBT3.5, WeBT3.6, WeBT3.7, WeBT3.10, WeBT3.12
Advanced control technologyThB24.1, TuA11.6, TuA12.1, TuA12.2, TuA14.6, WeC17.2, WeC18.2
Advanced manufacturingFrA24.3, FrB24.3, TuC23.5, WeBT3.7
Advanced planning and schedulingFrB01.5, MoB09.1, TuA23.1, TuB21.5, TuBT1.10, WeA14.5, WeA23.5
Advanced process controlFrB20.4, MoBT2.1, MoCT2.11, MoCT2.12, MoCT2.14, ThA15.6, TuA12.3, TuA12.4, TuA12.5, TuA12.6, WeB17.3, WeB17.6, WeC08.4
AerospaceFrB05.2, MoB16.6, MoC16.1, MoC16.6, MoCT2.10, ThBT3.8, ThC04.1, ThC04.2, ThC04.3, ThC04.4, ThC04.5, TuA06.2, TuA07.3, TuB04.2, WeCT1.7
Agricultural roboticsThB19.1, ThB19.2, ThB19.3, ThB19.4, ThB19.5, ThB19.6, ThC19.6, WeB21.6
Agricultural solar energy useWeSP1.1
AI methods for FDIFrA17.1, FrB17.6, FrB24.2, MoA15.4, MoA16.4, MoBT2.13, ThA06.5, ThA17.3, ThA17.4, ThA17.5, TuA11.4, TuC03.2, TuC20.5, TuC20.6, WeC16.1
AI-based enterprise systemsMoA09.3, MoB02.1, MoB09.4, TuA23.1, WeC21.1, WeC21.4, WeC21.5
Air quality planning and controlThA24.3, ThA24.5, TuC21.5
Alarm analysisThB09.3
Analysis and control in deregulated power systemsMoA15.5, MoBT2.9, ThC24.5, WeA16.5, WeC17.6
Analysis of reliability and safetyWeC17.4, WeC17.5
Analytic designThC04.5, ThSP1.1, WeC19.1, WeC19.2, WeC19.3, WeC19.5, WeC19.6
Anti-windupMoC04.2, ThC20.1
Application of mechatronic principlesMoC20.3, ThA08.4, ThC03.2, WeA12.1, WeB22.3, WeCT2.6
Application of nonlinear analysis and designFrA04.2, FrB08.1, FrB16.1, MoA05.1, MoA18.4, MoA20.1, MoB05.5, ThA16.4, ThA18.2, ThC18.2, ThC18.3, TuBT2.3, TuBT2.13, TuC15.1, WeB12.3, WeB22.2, WeBT1.3, WeBT1.4, WeBT1.5, WeBT1.6, WeBT1.7, WeBT1.8, WeC19.2, WeCT1.7, WeCT1.8
Application of power electronicsMoA14.6, MoA17.1, MoA17.2, MoA17.3, MoA17.4, MoA17.6, MoBT2.10, MoCT2.1, MoCT2.5, ThA04.5, ThC24.1, TuA14.5, TuA15.3, TuC14.5
Applications in advanced materials manufacturingTuA11.2, WeB16.1, WeBT3.10
Applications in semiconductor manufacturingTuB23.1
Applications of FDI and FTCFrA11.4, MoA16.1, MoA16.2, MoA16.3, MoA16.5, MoA16.6, ThA17.1, ThA17.2, ThA17.3, ThA17.4, TuB16.2, TuB16.3, TuB16.4, TuB16.5, WeC17.1
Artificial intelligence in mining, minerals and metalsMoCT2.13, WeB17.4
Artificial intelligence in transportationFrA11.6, MoC15.3, ThA23.2, TuB15.1, TuB15.2, TuB15.3, TuB15.4, TuB15.5, TuB15.6, TuCT2.2
Artificial pancreas or organsFrB12.1, FrB12.2, FrB12.3, ThB22.3, ThB22.4, ThC12.1, ThC12.2, ThC12.3, ThC12.4, ThC12.5, ThC12.6, WeBT2.5, WeBT2.11
Assembly and disassemblyMoB02.2, MoB02.3, WeA09.4
Assistive technology and rehabilitation engineeringFrB15.3, FrPL.1, MoB15.1, MoB15.2, MoB15.3, MoB15.4, MoB15.5, MoB15.6, ThC03.5, TuB17.3, TuC11.6, TuC15.5, WeC12.2, WeC12.3
Asymptotic stabilizationMoB05.1, MoB21.6, MoB24.1, MoCT2.9, ThB08.1, ThB16.6, ThC08.2, TuC04.1, TuC04.3, WeCT1.15
Automotive sensors and actuatorsMoB14.1, MoC15.6, TuA21.4, TuCT3.1, TuCT3.2, TuCT3.6, TuCT3.10
Automotive system identification and modellingFrA11.1, FrA11.2, FrA12.4, FrA20.2, FrB02.1, FrB11.2, FrB11.4, MoB14.2, MoC14.2, MoC14.6, ThA23.5, ThB12.5, WeB15.1, WeB15.2, WeB15.3, WeB15.4, WeB15.5, WeB15.6
Autonomous mobile robotsFrB21.1, FrB21.2, FrB21.5, ThA10.3, ThA10.4, ThA12.6, ThA16.3, ThC23.1, TuA21.2, TuCT2.4, TuCT2.6, WeB23.6, WeC03.1
Autonomous mobilityFrA11.6, ThA12.4, TuA08.1, TuB15.4
Autonomous robotic systemsFrA03.4, FrA08.5, FrA15.6, FrA21.5, FrB07.3, FrB10.3, MoA11.1, MoA11.6, MoB11.1, MoB11.3, MoB15.1, MoB20.1, MoB20.2, MoC20.1, MoC20.5, MoCT3.4, MoCT3.5, ThBT3.3, ThBT3.7, ThBT3.12, ThC15.3, TuB10.2, TuB11.1, TuB11.2, TuB11.3, TuB11.4, TuB11.5, TuB11.6, TuB17.5, TuC10.6, TuC11.1, TuC11.2, TuC11.3, TuC11.4, TuC11.5, TuC11.6, TuCT1.1, WeA01.2, WeA01.5, WeA11.5, WeB20.1, WeB20.3, WeC11.1, WeC11.2, WeC11.4, WeC11.6
Autonomous surface vehiclesFrA21.3, MoB14.3, ThC23.5, TuC10.1, TuC10.2, TuC10.3, TuC10.6, WeB03.2, WeB03.3, WeC03.5
Autonomous systemsMoA23.3, MoB12.4, MoB16.3, MoB16.4, ThC04.2, TuB03.5, TuC16.6, WeA21.6, WeB11.3, WeB11.6
Autonomous systems and legal issuesTuB19.3
Autonomous underwater vehiclesFrB14.5, TuC10.4, WeB03.1, WeB03.4, WeB03.5, WeC03.1, WeC03.2, WeC03.3, WeC03.6
Autonomous vehiclesFrA05.5, FrA12.1, FrA21.1, FrA21.4, FrB05.6, FrB11.1, FrB11.3, FrB11.5, FrB21.3, FrB21.6, MoA23.4, MoA23.6, MoB14.5, MoB24.3, MoBT3.10, MoC23.1, MoC23.2, MoC23.3, MoC23.5, ThA10.1, ThA12.1, ThA12.2, ThA12.4, ThA12.5, ThB12.1, ThB12.2, ThB12.3, TuA16.2, TuA16.5, TuB10.1, TuB10.4, TuB10.5, TuC10.2, TuCT2.1, TuCT2.2, TuCT2.3, TuCT2.5, TuCT2.8, TuCT2.9, TuCT2.10, TuCT2.11, TuCT2.12, TuCT2.14, WeA21.3, WeA21.6, WeB01.1, WeB01.6, WeB06.2
Avionics and on-board equipmentsFrA14.3
BTop
Backstepping control of distributed parameter systemsThA20.1, ThA20.2, ThA20.4, ThA20.5, ThA20.6, ThC20.1, ThC20.4, ThC20.5, TuB13.6
Balance issues of theoretical-versus-practical trainingMoCT1.1, ThC10.1, ThC10.2, TuC22.2, TuC22.3
Batch and semi-batch process controlFrB17.1, MoA21.5, WeB16.4, WeB16.5
Bayesian methodsFrA06.2, FrA06.3, FrA06.4, FrA06.5, FrA06.6, FrA20.3, MoA06.5, MoA10.3, MoA19.1, MoA19.4, MoA19.6, ThCT1.6, ThCT3.6, TuB12.5, WeA06.2, WeB09.2, WeC09.2, WeC20.2, WeC20.3
Bio-signals analysis and interpretationMoA21.4, MoC18.1, MoC18.6, ThA22.6, TuPL.1, WeA22.1, WeBT2.1, WeBT2.4, WeBT2.7, WeBT2.8, WeBT2.9, WeC22.1, WeC22.3, WeC22.4
BioinformaticsMoA21.3, WeB18.1, WeBT2.4
Biomedical and medical image processing and systemsTuA24.2, TuA24.3, WeA22.1, WeA22.4, WeA22.5, WeA22.6, WeBT2.4, WeC12.1, WeC22.1, WeC22.2, WeC22.5, WeC22.6
Biomedical mechatronicsFrA15.2, FrB15.1
Biomedical system modeling, simulation and visualizationFrB12.2, MoC18.1, MoC18.2, MoC18.3, MoC18.4, MoC18.5, ThA22.1, ThA22.2, ThA22.3, ThA22.4, ThA22.5, ThA22.6, ThB22.5, ThC12.5, TuA24.1, TuC24.1, TuSP2.1, WeA22.5, WeBT2.3, WeBT2.7, WeBT2.11, WeC22.1, WeC22.2, WeC22.3, WeC22.4, WeC22.5, WeC22.6
BlockchainWeC24.5
Brain-machine interactionFrB15.2, FrB15.3, WeBT2.9
Building automationFrA17.5, FrA22.5, MoA12.1, MoA12.3, MoBT3.12, TuC22.6, WeC24.4
Business and financial analyticsThC02.5
CTop
Cellular, metabolic, cardiovascular, pulmonary, neuro-systemsWeC18.6
Centralized Internet repository for control educationMoA12.4, ThC10.3, WeCT2.15
Chemical engineeringFrA04.2, FrA04.6
Chronic care and/or diabetesFrB12.3, FrB12.4, ThB22.3
Climate changeThC21.4
Climate change impact and adaptation measuresMoSP1.1, ThA24.4, ThC19.2, TuA17.3
Clinical trialTuC24.3, TuC24.6
Clinical validationThB22.2
Closed loop identificationFrB16.6, MoA06.3, ThB09.1, ThBT2.8, ThCT1.15, TuA04.6, TuBT3.1, TuBT3.10, WeB07.1, WeB07.2, WeC14.2
Co-Learning and self-learningThB02.6, WeB20.1
Cognitive aspects of automation systems and humansMoB01.5, WePL.1
Cognitive systems engineeringFrB15.2, FrB15.3
Complex logistic systemsFrA01.6, FrA23.3, FrB01.6, FrB21.3, TuB21.1, WeA09.1, WeCT3.2, WeCT3.9, WeCT3.10
Complex system managementFrA13.5, MoB10.1, MoC17.5, ThB09.2, TuA10.4, TuBT1.12, WeA07.4
Complex systemsTuB09.5, TuC07.2, TuC07.3, TuC09.4, TuC15.6, WeC19.6
Computational methods for FDIFrA17.2
Computational social sciencesMoB01.2
Condition monitoringFrA11.4, FrA17.4, FrB02.6, MoBT2.12, ThA17.5, TuC20.2, TuC20.5, WeB17.1, WeC17.4
Conflict and post-conflictFrA22.1
Connected vehiclesMoCT1.9, TuA01.3
ConsensusFrA07.2, FrA07.5, FrA10.5, FrB19.4, MoA10.4, MoB17.1, MoB17.2, MoB17.3, MoC03.1, MoC17.2, MoC17.3, MoC17.4, MoC17.6, ThB03.6, ThB07.6, ThCT2.2, ThCT2.14, ThCT2.15, ThCT3.9, TuBT1.13, TuC19.1, WeA08.2, WeA08.4, WeA10.3, WeB08.5, WeB10.4, WeB10.5
Consensus and reinforcement learning controlFrB10.2, FrB12.6, FrB22.2, FrB22.4, MoB06.5, MoB17.4, MoBT3.12, MoC17.1, ThA06.4, TuA16.6, TuB13.5, TuBT2.2
Constrained controlFrA08.1, FrA08.2, FrA08.3, FrA08.4, FrB08.5, MoB05.2, MoB16.6, MoB18.1, MoB18.3, MoBT3.11, MoC16.2, MoC24.4, ThA05.1, ThA10.1, ThA16.3, ThB05.2, ThB20.5, ThC05.6, TuA09.2, TuA09.3, TuA19.2, TuB05.2, TuB11.3, TuBT1.9, TuCT1.9, WeA20.4, WeC07.3
Constraint and security monitoring and controlFrB19.5, MoCT2.1, TuA11.1, TuA15.1
Continuing control education in industryMoCT1.1, MoCT1.2, MoCT1.3, MoCT1.4
Continuous time system estimationFrA16.2, FrB02.3, MoA06.4, MoC05.4, MoC12.6, ThC02.1, ThCT1.3, TuA04.2, TuC06.1, TuC06.2, TuC06.3, TuC06.4, TuC06.5, TuC06.6, WeA06.1, WeB06.5, WeB07.2, WeB09.3, WeC06.6, WeC14.4, WeC20.6
Control and estimation of wave equations and systems of elasticityThA20.2, ThC20.2, ThC20.4, TuA19.1
Control and estimation with data lossTuBT1.7, TuBT1.8
Control and optimization of supply chainsTuC14.6
Control and scheduling of air transportationWeC01.3
Control architectures in automotive controlFrA11.3, FrA11.5, FrA11.6, FrA12.2, FrB11.1, FrB11.3, MoB14.1, MoB14.2, MoC15.4, ThA23.2, ThA23.3, TuA08.6, TuCT2.5, TuCT3.2, TuCT3.8, TuCT3.12
Control architectures in marine systemsWeB03.1, WeC03.4
Control education using laboratory equipmentFrB03.5, MoBT1.7, MoCT1.1, MoCT1.2, MoCT1.3, MoCT1.4, ThC10.1, ThC10.2, ThC10.4, ThC10.5, TuC22.5, TuC22.6, WeCT2.11, WeCT2.14, WeCT2.15
Control in economicsMoC01.1, ThC02.2, ThC21.4, TuA01.4
Control in neuroscienceMoA18.1, MoA18.2, MoA18.3, MoA18.4, MoA18.5, MoA18.6, TuA19.2, WeBT2.12
Control in system biologyTuC01.6, WeA04.6, WeC02.1, WeC18.3, WeC18.4
Control of bifurcation and chaosMoA05.4, ThC16.1, TuBT2.14
Control of constrained systemsFrA08.5, FrA08.6, FrB08.1, FrB08.2, FrB08.3, FrB08.4, FrB08.6, MoB18.1, TuB04.6
Control of distributed systemsMoBT2.6, ThB24.5, TuA14.4
Control of fluid flows and fluids-structures interactionsWeBT1.2
Control of heat and mass transfer systemsFrB09.2, ThA20.4, ThB20.1, ThC20.3, TuB07.1, TuB07.2, TuB07.3, TuC07.5, WeB07.5
Control of hybrid systemsThA19.4, ThA19.5, TuA05.4
Control of hyperbolic systems and conservation lawsThA20.1, ThA20.6, ThC20.5, WeC18.2
Control of interconnected systemsFrB08.4, FrB08.5, MoB08.2, ThC07.2, ThCT2.11, TuC07.2, TuC07.3, WeA04.1, WeA05.4
Control of large-scale systemsThB24.1, TuC14.3, WeC16.6
Control of multi-scale systemsFrB17.1
Control of networksFrA07.6, FrA17.3, MoA05.3, MoB17.5, MoC03.1, ThB03.5, ThB03.6, ThB07.1, ThB13.3, ThCT2.9, TuA04.5, TuBT1.1, TuBT1.5, TuBT1.6, TuBT1.11, TuBT2.5, TuC05.3, TuC19.1, WeA10.1
Control of particulate processesMoCT2.8
Control of physiological and clinical variablesFrB12.1, FrB12.3, ThB22.1, ThC12.2, ThC12.4, TuA24.4, TuA24.6, WeBT2.2, WeBT2.5, WeBT2.6, WeBT2.12
Control of quantum and Schroedinger systemsMoB21.1, MoB21.2, MoB21.3, MoB21.4, WeB07.4, WeB07.5, WeB07.6
Control of renewable energy resourcesFrA18.1, FrA18.3, FrA18.4, FrA18.5, FrA18.6, FrA19.1, FrA19.4, FrA19.5, FrB18.1, FrB18.2, FrB18.3, FrB18.4, FrB18.5, FrB18.6, FrB19.1, FrB19.2, FrB19.5, MoA14.1, MoA14.2, MoA15.2, MoA15.5, MoA15.6, MoA17.6, MoBT2.11, MoCT2.2, MoPL.1, ThA04.3, ThA04.4, ThA04.5, ThA04.6, ThA14.1, ThA14.2, ThB04.1, ThB04.2, ThB04.3, ThB04.4, ThB04.5, ThB04.6, ThB24.3, ThB24.4, ThB24.5, ThB24.6, ThBT1.6, ThC24.4, ThC24.5, TuA11.1, TuA15.1, TuA15.2, TuA15.3, TuA15.4, TuA15.5, TuA15.6, TuC14.2, WeA14.1, WeA15.1, WeA15.2, WeA15.3, WeA15.4, WeA15.5, WeA15.6, WeC17.6
Control of switched systemsTuC04.1, TuC04.2, TuC04.3, TuC04.4, TuC04.5, TuC04.6, WeA11.3, WeBT1.4
Control of systems in vehiclesFrA14.2, FrB05.3, MoA23.3, MoB16.4, ThBT3.10, WeB11.1, WeC15.5
Control of voluntary movements, respirationFrA06.2, ThB22.1, WeBT2.3
Control over networksFrB03.3, MoB10.1, MoB10.5, MoC10.4, ThB03.1, ThB16.4, TuA10.6, TuBT1.8, TuBT1.9, TuBT1.12, TuBT1.15, WeB10.2, WeC02.4, WeC02.5
Control problems under conflict and/or uncertaintiesFrA08.4, MoA20.6, MoA24.4, ThA05.4, ThC06.3, TuA09.4, TuA15.5, TuA16.1, TuA17.5, TuBT2.1, TuCT1.11, WeA05.5
Control software architectureMoCT2.10, ThB17.1, TuB20.1, TuB20.2, TuB20.4
Control software maturity and analysisTuB20.4
Control system designFrA18.1, FrA18.2, FrA18.3, FrA18.4, FrA18.5, FrA18.6, FrA19.1, FrB18.2, FrB18.3, FrB18.4, MoA14.1, MoA14.2, MoA14.3, MoA14.6, MoA17.1, MoA17.3, MoA17.6, MoBT2.11, MoCT2.2, ThA04.1, ThA04.3, ThA04.4, ThA04.5, ThA04.6, ThA14.5, ThB04.1, ThB04.6, TuA12.1, TuA14.5, TuA15.3, TuA18.6, WeA15.3, WeA16.1
Control under communication constraintsMoB17.3, MoB17.4, ThB07.2, ThCT2.2, ThCT2.15, TuA10.5, TuBT1.4, WeA10.1
Control under communication constraints (nonlinearity)ThBT2.9, TuA19.4
Control under computation constraintsWeA07.1
Controller constraints and structureFrA03.3, FrA08.6, ThB05.2, ThBT1.4, ThC08.6, TuA05.5, TuA06.1, TuC08.2, WeB19.4
Convex optimizationFrA07.1, FrA16.6, MoA04.3, MoC03.1, MoC03.2, MoC03.6, ThB08.3, ThC05.4, ThC08.4, ThC16.4, ThC20.6, TuA05.6, TuA06.5, TuA09.5, TuB04.3, TuBT2.5, TuCT1.4, WeA05.1, WeA08.3, WeA08.6, WeB05.1, WeB05.5, WeC14.6, WeCT1.11
Cooperative controlFrA07.3, MoB14.4
Cooperative logisticsTuA08.5, TuB15.1
Cooperative navigationThA16.1, TuA16.4, WeA21.1, WeA21.2, WeA21.3
Cooperative perceptionWeCT2.10
Coordination of multiple vehicle systemsFrA10.3, FrA13.1, FrA13.6, FrB07.2, MoA10.5, MoB17.6, ThA10.2, ThB07.2, ThB07.3, ThB07.4, ThB13.6, ThB17.1, ThC15.4, ThCT2.13, TuA10.2, TuA10.5, TuBT1.10
Cultural impacts of automation technologyWeCT2.11
Cyber physical social systemsMoB01.5, MoBT1.3, MoBT1.10
Cyber physical systemFrA01.2, FrA14.5, FrB01.2, MoB02.1, ThA09.5, ThA21.1, ThA21.2, ThA21.3, TuB21.3, WeB23.5, WeC21.2, WeCT3.10
Cyber-physical and human systems (CPHS)MoA01.4, MoA12.2, MoB01.3, MoBT1.1, MoBT1.9, MoBT1.12, MoBT1.14, TuB19.1, TuB19.5, TuB19.6
Cyber-physical production systemsMoC19.2, ThC17.5, WeA09.3, WeA23.6
Cyber-physical-social systemsMoB02.1, ThA21.1, WeC21.5
DTop
Data fusion and data mining in controlFrB23.5, MoBT3.2, MoBT3.6, MoBT3.13, MoC02.1, ThB23.1, TuB24.6, TuC02.2, WeA18.6
Data mining toolsWeB18.1
Data visualizationMoCT2.10, TuA11.3, WeB17.2
Data-based controlMoA18.2, MoA24.3, MoA24.5, MoA24.6, MoB07.4, MoB24.1, MoB24.2, MoB24.3, MoB24.4, MoB24.5, MoC12.5, MoC24.1, MoC24.2, MoC24.3, MoC24.4, MoC24.5, MoC24.6, ThA18.4, ThCT1.13, TuA05.4, TuA09.4, TuA12.5, TuA16.1, TuB03.5, TuC07.4, WeA05.1, WeA19.1, WeA19.2, WeA19.3, WeA19.4, WeA19.5, WeA19.6, WeB04.5, WeB19.1, WeB19.2, WeB19.6, WeC14.1
Data-driven controlFrA17.6, FrA22.4, FrB07.6, FrB12.6, FrB22.1, FrPL.1, MoA01.2, MoA19.1, MoA19.4, MoB06.1, MoB10.4, MoB12.1, MoB12.2, MoB12.3, MoBT2.3, MoC12.4, MoC15.5, ThA06.4, ThA11.6, ThA15.3, ThC08.5, ThC17.6, ThCT1.1, ThCT1.2, ThCT1.8, ThCT1.9, ThCT1.10, ThCT1.11, ThCT1.12, ThCT1.13, ThCT3.8, ThCT3.11, TuA04.5, TuA06.3, TuBT3.13, TuCT3.3, WeA06.3, WeC06.1, WeC19.4
Data-driven decision makingFrB24.6, MoBT1.2, MoBT1.6, MoC01.6, ThC02.2, ThC02.3, ThC02.4
Data-driven optimal controlFrA08.6, MoA11.5, MoA18.2, MoA24.1, MoA24.2, MoA24.3, MoA24.5, MoA24.6, MoB12.4, MoB24.4, MoB24.6, MoC24.2, ThA19.3, ThBT1.3, TuBT2.1, TuBT2.4, TuC11.2, TuCT1.2, TuCT1.7, TuCT1.11, TuCT1.12, WeA19.6, WeB04.1, WeB04.2, WeB04.3, WeB04.4, WeB04.6, WeB19.5
Data-driven robust controlMoB24.1, TuA05.2, TuA05.5, TuA05.6, TuC07.1, TuCT1.2, TuCT1.4, TuCT1.5, TuCT1.6, TuCT1.8, WeA20.5, WeB04.3, WeB05.4, WeB19.2
Decentralized and distributed controlFrB10.5, MoC19.3, ThB03.1, ThB17.1, TuB14.1, TuB14.3, TuB14.4, TuB14.6, WeBT3.8, WeC23.5
Decentralized autonomous organizationsMoBT1.11, MoC01.6
Decentralized controlFrA10.6, MoB07.4, MoB18.2, MoC20.1, MoC24.1, ThA05.6, ThA16.1, ThA18.5, ThC04.4, TuA10.1, TuB05.1, WeA05.4, WeA05.6
Decentralized control and large-scale systemsFrA13.3, FrA13.4, FrB03.4, MoB12.6, MoC10.5, ThB07.1, TuA10.4, TuB13.4, TuBT1.14, TuBT1.15
Decentralized control and systemsFrA12.1, FrA12.3, FrB11.1, FrB21.2, TuA21.1, TuB10.2, TuB10.5, TuB10.6, WeC03.4
Decentralized information systemsMoB06.5, WeC21.2
Decision making and autonomy, sensor data fusionFrA14.1, FrA14.2, MoB16.1, TuC16.2, TuC16.3, WeB11.4
Decision support and controlFrB12.1, MoC18.5, ThA24.1, ThC12.3, ThC12.4, ThC12.6, TuA24.6, TuC01.4, TuC24.3, TuC24.6, WeA22.2, WeA22.4, WeA22.6, WeBT2.2, WeBT2.13
Decision support systemsFrB12.5, ThC19.2
Decision support systems in marine systemsFrB14.4, TuC10.1, TuC10.3
Decision systems in autonomy and impactsMoBT1.5
Decoupling problemsTuB09.2
Delay compensation for linear and nonlinear systemsMoB08.5, ThA20.5, WeC04.1
Dependable manufacturing systems controlMoB19.1, TuC23.1, TuC23.2
Descriptor systemsMoC07.3, ThBT1.12, ThC18.1
Design methodologiesFrA09.1, FrA09.3, MoC20.3, MoCT3.4, ThA08.6, ThBT3.9, TuA08.2, TuC12.5, WeA11.1, WeB20.5, WeCT2.1
Design of fault tolerant/reliable systemsMoA10.6, MoA16.4, TuB16.2
Design, control and monitoring of autonomous transportation systemsFrA05.3, MoA23.5, MoC23.4, MoC23.5, WeB01.2, WeC01.3
Design, modelling and analysis of HMSMoB15.3, MoCT3.11, ThB02.2, ThC13.4, ThC13.5, TuB17.6, TuBT1.5, WeC12.3, WeC12.5
Developments in measurement, signal processingFrB12.4, MoC18.3, WeA22.2
DiagnosisThB06.4, ThC06.1, TuA07.1, WeA20.1
Diagnosis of discrete event and hybrid systemsMoA10.1, MoC10.6, ThB11.2, ThB11.4, ThB11.5, ThB11.6, ThC11.1, ThC11.3, ThC11.4, TuB18.2, TuB18.4, TuB18.5, TuC18.1, TuC18.2, TuC18.3, TuC18.5, WeB14.3
Differential or dynamic gamesFrB03.6, FrB08.2, MoB07.1, MoB07.2, MoB07.3, MoB07.5, MoB07.6, MoC03.5, MoC07.1, MoC08.1, MoC08.2, MoC08.3, MoC08.4, MoC08.5, MoC08.6, ThCT1.8, TuA17.4, TuB17.3, WeA05.3, WeA05.4, WeA05.5
Digital culture and cultural heritageThB21.4, ThB21.5, ThC21.2
Digital implementationFrA16.3, MoB11.5, MoB21.5, TuA19.4, TuA19.5, TuB05.4, WeB10.1, WeBT1.9
Digital transformationFrA01.4, FrB23.2, TuB21.4
Digital twins for manufacturingFrA02.5, FrA23.1, FrA23.2, FrA23.3, FrA23.4, FrA23.6, FrB23.3, FrB23.4, FrB23.5, MoA09.4, MoC19.2, TuA23.1, WeA23.1, WeA23.3, WeA23.5, WeA23.6, WeB23.1, WeB23.3
Digital twins for power and process systemsWeB17.2, WeB17.5
Discontinuous controlMoA04.1, ThA19.2, TuA19.6
Discrete event modeling and simulationFrA02.5, FrB07.4, FrB07.5, ThA11.1, ThA11.2, ThB08.4, ThB11.1, ThB11.2, ThB11.3, ThB11.4, ThB11.5, ThC11.1, TuC18.1, TuC18.3, TuC18.4, TuC18.5, TuC18.6, TuC19.5, WeB14.1, WeB14.2, WeB14.3, WeB14.4, WeB14.5, WeB14.6, WeC02.4, WeC02.5
Discrete event systems in manufacturingFrA23.3, FrB23.4, MoA07.4, MoB19.2, ThA09.4, WeA14.3, WeA23.3, WeCT3.13
Distributed control and estimationFrA07.2, FrA13.2, FrA16.2, FrB10.1, FrB10.6, MoB17.2, MoC03.2, MoC10.1, ThB07.3, ThB07.6, ThB16.5, ThB16.6, ThCT2.1, ThCT2.14, TuA10.6, TuBT1.13, TuBT1.14, TuBT3.4, WeA10.3, WeB08.1, WeB08.2, WeB10.3, WeB10.5, WeC09.5
Distributed discrete-event systemsMoA23.1
Distributed fault diagnosisWeC17.3
Distributed fault-tolerant ControlFrA17.3, TuA15.6
Distributed navigation and control of unmanned autonomous vehiclesFrA10.4, TuB14.3
Distributed nonlinear controlMoA04.3, MoB07.3, TuA19.1, TuBT1.2, TuC15.2
Distributed optimization for large-scale systemsMoB12.1, MoB17.5, MoC10.1, ThB03.3, ThB13.2, ThCT3.9, TuB24.1, WeA08.1, WeA08.2, WeA08.3, WeA08.4, WeA08.5, WeA08.6, WeB08.1, WeB08.2, WeB08.3, WeB08.4, WeB08.5, WeB08.6
Distributed robust controller synthesisFrA03.3, ThBT2.6, ThBT2.9
Disturbance estimation and sliding mode control of distributed parameter systemsFrB16.2, ThB20.6
Disturbance rejectionFrB04.5, MoA05.4, ThA19.2, ThBT1.8, ThBT2.11, TuA07.6, TuC10.5, TuC17.2, TuC17.3, TuC17.4, TuC17.6, WeB22.5, WeBT1.12, WeCT2.5
Disturbance rejection (linear case)MoA14.3, ThB06.1, ThC16.6, ThC20.1, TuC17.1, TuC17.5, TuCT1.7, WeA12.2
Dynamic interaction of power plantsMoCT2.4, MoCT2.6, ThA04.4
Dynamic networksFrA07.5, ThC07.6, ThCT1.3, ThCT2.9, TuA04.1, TuA04.3, TuA04.4, TuA04.6, TuB06.1
Dynamic positioningFrB14.1, TuC10.4, WeB03.2
Dynamic resource allocationFrA22.4, MoB01.4, MoB01.6, MoC01.4
Dynamics and controlMoA21.4, MoA21.6, ThA24.1, ThC07.2, ThC19.1, TuC01.1, TuC01.2, TuC01.4, WeB18.1, WeB18.2, WeB18.3, WeB18.4, WeB18.5, WeB18.6, WeBT2.13
ETop
E-learning in control engineeringThC10.1, ThC10.6, TuC22.4
EAgricultureMoCT1.5, MoCT1.11
Econometric models and methodsMoBT1.14
Efficient strategies for large scale complex systemsFrB01.6, MoC09.1, ThCT2.3, ThCT2.8, ThCT2.11, WeC23.6
EHealth and telemedicineFrA22.6
Electric and solar vehiclesFrA11.2, FrA12.2, FrA12.6, FrB02.2, FrB11.4, FrB21.4, MoC19.3, ThB12.5, ThB12.6, TuA08.2, TuA08.3, TuA08.4, WeB15.5, WeB15.6, WeC01.1, WeC01.2, WeC01.5, WeC15.1, WeC15.2, WeC15.3, WeC15.6
Embedded computer architecturesThB17.4
Embedded computer control systems and applicationsThB17.2, ThB17.3, ThB17.6, ThC10.4, ThC10.5, TuB20.1, WeCT2.9
Embedded roboticsThB17.3, TuB12.2
Energy and distribution management systemsMoA12.3, MoC01.2, MoC01.3, MoC01.4, MoC01.5, MoC01.6, TuA01.5, TuA08.3, TuC05.1, TuC05.2, WeC24.1, WeC24.2, WeC24.3, WeC24.4, WeC24.5, WeC24.6
Energy control in transportationFrA05.1, FrA12.1, FrA12.3, FrA12.5, MoC14.3, MoC15.1, MoC15.2, ThB12.4, ThB12.6, WeC01.1, WeC01.3, WeC01.4, WeC01.6, WeC15.1, WeC15.4, WeC15.5
Energy storage operation and planningMoB01.4, MoC01.3, MoC01.5
Energy systemsFrA04.5, FrA20.3, FrB04.5, MoA17.2, TuA15.5, TuC15.2, WeBT1.9, WeBT1.10, WeBT1.11, WeBT1.12
Engine modelling and controlFrA12.4, MoC14.3, MoC14.6, ThA23.1, ThA23.3, ThA23.4, ThA23.5, ThA23.6, TuB03.2, TuCT3.3, TuCT3.4
Engineering ethicsMoA12.5, ThB21.3, ThB21.5, ThB21.6, TuC22.4
Enterprise integrationWeBT3.8
Enterprise interoperabilityThA21.2, WeC21.1, WeC23.4
Enterprise Reference Models and Their Verification, Validation, and AccreditationWeC21.5
Environmental decision support systemsThA24.3
Environmental, mobility, energy, health and safety implications of automationMoA01.1, MoB01.3, MoBT1.5, MoBT1.7, MoBT1.12, TuB19.5
Equality, diversity, and inclusionMoA12.5, ThB21.1, ThB21.2, ThB21.6
Equipment condition monitoringFrA20.4, FrB20.5, WeB17.1, WeC16.4
Errors in variables identificationTuBT3.15
Estimation and control in biological systemsMoCT2.9, TuC20.1, WeB16.4, WeC18.3, WeC18.5
Estimation and fault detectionFrA07.4, FrA18.1, FrA20.6, FrB06.4, FrB17.1, FrB17.2, FrB20.1, MoA14.4, MoBT2.13, ThA06.5, ThB04.3, TuA18.5, TuB16.1, TuC20.6
Estimation and filteringFrA06.1, FrA15.3, MoA10.6, MoB06.4, MoB06.6, MoC17.4, ThA06.3, ThA16.6, ThB03.2, ThB07.5, ThB18.1, ThB18.3, ThCT1.10, ThCT3.1, ThCT3.2, ThCT3.5, ThCT3.6, TuBT1.14, TuBT3.3, TuC16.3, WeA07.2, WeB02.2, WeB02.3, WeB02.5, WeB09.1, WeB09.2, WeB09.3, WeB09.4, WeB09.5, WeB09.6, WeB16.5, WeC09.1, WeC09.2, WeC09.3, WeC09.4
Estimation theoryFrA02.6, FrB13.6, ThB03.4, ThB07.5, ThBT2.8, TuB13.1, TuBT3.15, WeB06.6, WeB09.2, WeB09.4, WeC09.2
Ethical issues in CPHSMoA12.2
Event-based controlFrB09.5, ThA11.1, ThA11.3, ThC11.2, ThC11.6, TuB18.1, TuB18.3, TuC19.3, WeA10.3, WeB14.6, WeC02.1
Event-triggered and self-triggered controlMoA10.5, MoB06.2, MoB17.3, ThCT3.12, TuA07.4, TuC06.1, WeA08.5, WeA10.1, WeA10.2, WeA10.4, WeA10.5, WeB10.1, WeB10.2, WeB10.3, WeB10.4
Evolutionary algorithms in control and identificationTuB02.4, WeA01.6
Experiment designFrB02.2, FrB02.4, TuA04.4
Expert systemsFrB20.2
Explicability and transparency in CPHSMoA01.2
Extremum seeking and model free adaptive controlFrB07.6, MoC12.6, ThB15.2, ThCT3.9, ThCT3.11, ThCT3.12, TuA08.4, WeA16.6, WeB11.2
FTop
Facility planning and materials handlingFrA01.5, FrB23.1, MoA09.2, MoB02.4
Fault accommodation and Reconfiguration strategiesMoA16.3, MoA16.6, TuA15.6, WeA15.5, WeC17.1
Fault detection and diagnosisFrA17.6, FrB02.5, FrB03.1, FrB06.1, FrB06.2, FrB06.3, FrB06.4, FrB06.5, FrB06.6, FrB17.2, FrB17.3, MoB10.2, MoC10.6, MoCT3.7, ThA06.1, ThA06.2, ThA06.3, ThA06.6, ThC11.1, TuA20.1, TuA20.2, TuA20.3, TuA20.4, TuA20.5, TuA20.6, TuB06.4, TuB18.2, TuB23.3, TuC03.1, TuC03.5, TuC18.2, WeB07.4, WeB10.6, WeC20.5
Fault detection, diagnosis, identification, isolation and tolerance for autonomous vehiclesTuCT2.10, WeC15.6, WeCT2.10
Fault diagnosisMoB03.2, WeBT2.1
Fault-tolerantFrB16.1, FrB22.3, ThA19.4, ThB17.5, TuA07.1, TuB18.6, TuC12.2, WeA15.2, WeA20.2, WeA20.3, WeA20.4, WeA20.5, WeA20.6
FDI and FTC for networked systemsTuB16.3, WeC17.3
FDI based on qualitative modelsThA17.3, TuC20.2
FDI for hybrid systemsFrB06.5
FDI for nonlinear SystemsFrB17.4, MoA14.5, MoA16.3, MoA16.6, ThA17.1, ThA17.2, TuB16.3
Field roboticsFrA15.4, FrA21.5, ThBT3.1, ThBT3.2, ThBT3.4, ThBT3.5, ThBT3.6, ThBT3.11, ThC22.2, TuB11.5
Filtering and change detectionMoA14.5
Filtering and estimation for FDIFrB17.4, WeC17.3
Filtering and smoothingMoA05.4, ThB18.1, ThB18.4, ThC10.2, ThCT3.2, ThCT3.3, ThCT3.4, ThCT3.7, TuBT3.14
Financial systemsThC02.1, ThC02.2, ThC02.5
Flexible and reconfigurable manufacturing systemsFrA24.1, MoA09.1, MoB02.2, MoC19.2, ThA09.2, WeA09.5, WeA23.4
Flying robotsFrA14.4, FrB13.3, MoCT3.5, MoCT3.9, ThBT3.3, ThBT3.7, ThBT3.8, ThBT3.9, ThBT3.10, ThBT3.12, TuA07.5, WeB20.1, WeB20.2, WeB20.3, WeB20.4, WeB20.5
Food engineeringWeB18.2, WeB18.3
ForecastingFrA22.1
Fractional systemsMoA06.4, TuB09.1, TuB09.2, TuB09.3, TuB09.4, TuB09.5, TuC09.1, TuC09.2, TuC09.4, TuC09.6, WeC19.5, WeCT1.10
Fractional-order systemsTuC09.2, TuC09.5
Frequency domain identificationFrA06.2, TuBT3.1, TuBT3.11, TuCT1.4, WeA06.4, WeB06.1, WeC20.4
Fuzzy and neural systems relevant to control and identificationMoBT3.4, MoC02.3, MoC21.1, MoC21.2, MoC21.4, MoC21.5, ThB14.1, ThB14.2, ThB14.4, ThB14.5, TuC02.3, TuC02.5, WeB21.2
Fuzzy control systemsWeBT3.10
GTop
Game theoriesFrA10.1, MoA10.4, MoBT1.11, MoC08.2, MoC08.4, ThA05.6, ThC02.3, ThC02.4, TuA01.4, TuA17.1, TuA17.2, TuA17.3, TuA17.4, TuA17.5, TuC05.1, TuC05.2, TuC05.4, WeB08.3
General automobile/road-environment strategiesFrB02.3, FrB11.3, MoC14.2, TuCT3.5, TuCT3.8
Graph-based methods for networked systemsFrA07.3, FrA10.3, FrA13.1, ThA11.5, ThB09.2, ThC07.6, TuBT1.1, TuBT1.6, TuBT1.15, TuC03.1, WeA08.1, WeB08.3, WeC09.5
Greenhouse controlThC19.3
Grey box modellingMoA19.6, ThA11.5, ThC02.5, ThCT1.14, TuA20.3, TuB06.5, TuBT3.12, TuC06.4, TuCT3.4, WeB06.5, WeBT2.10, WeC06.2, WeC06.5, WeC20.5, WeCT2.4
Guidance navigation and controlFrA15.1, FrA15.2, MoB11.3, MoB20.3, MoC20.4, MoCT3.9, MoCT3.13, ThBT3.7, ThBT3.8, ThC03.1, ThC06.5, ThC15.5, TuB04.3, TuB11.1, TuC11.3, TuC11.4, WeA11.4, WeB20.5, WeC06.2, WeC11.1, WeC11.2, WeC11.3, WeC11.4, WeC11.5, WeC11.6
Guidance, navigation and control of vehiclesFrA05.2, FrA14.3, FrA14.4, FrB05.1, FrB05.2, FrB05.3, MoB16.1, MoB16.2, MoB16.3, MoB16.4, MoB16.5, MoB16.6, MoC16.1, MoC16.2, MoC16.3, MoC16.4, MoC16.5, MoC16.6, TuC16.1, TuC16.2, TuC16.3, TuC16.4, TuC16.5, TuC16.6, WeA21.4, WeB11.1, WeB11.3, WeB11.4, WeB11.5
HTop
Hardware-in-the-loop simulationTuC12.1, WeCT2.2
Health monitoring and diagnosisFrA14.1, FrA14.2, MoC08.6, TuA21.3, WeB15.4
Healthcare management, disease control, critical careFrB12.2, FrB12.5, MoC18.2, MoC18.3, MoSP1.1, ThA22.4, ThB22.2, TuA24.5, TuC01.3, TuC01.5, TuC24.1, TuC24.5, WeA04.6
High accuracy pointingWeB11.2, WeB11.4
Holonic manufacturing systemsFrA24.2
Human and vehicle interactionMoA23.6, MoSP2.1, ThA12.1, TuB10.6, TuCT2.3, TuCT2.15, TuCT3.11, WeB01.2, WeB01.4
Human factors in traffic and transportation controlFrA05.3, FrA11.2, FrB05.5, WeB01.4
Human mechatronicsThC22.4, TuA08.6, WeC09.4
Human operator supportMoB15.2, MoB15.3, MoCT3.11, ThB02.3, ThC03.1, ThC13.2, ThC13.3, TuB10.2, WeC12.1
Human robot collaborationThC19.6, WeB21.4, WeC07.6
Human values and value systemsMoCT1.7, ThB21.3, ThB21.4, ThB21.5, ThC21.3
Human-automation integrationMoA07.1, MoB02.4, MoB02.5, ThA21.3, ThA21.4, WeA23.2, WeC21.4
Human-centered systems engineeringMoA01.1, MoBT1.1, MoBT1.8, MoBT1.9, MoBT1.12, MoBT1.13, MoCT1.7, ThC21.2, TuB19.1, TuB19.2, TuB19.5
Human-centred automation and designMoB15.5, MoB20.1, MoCT3.11, ThB02.1, ThC03.5, ThC13.1, ThC13.2, ThC13.4, ThC13.5, ThC13.6, TuB17.1, TuC11.6, WeC12.4, WeC12.5
Human-centred computingWeC12.4, WeC12.6
Human-centric manufacturingMoA07.1, MoA07.5, MoB02.2, MoB02.3, MoC09.2, ThA21.3, WeA23.2, WeA23.6, WeB23.2, WeCT3.5, WeCT3.6
Human-in-the-loop in multiple time scalesMoB01.1, MoBT1.1, TuB19.3
Hybrid and alternative drive vehiclesFrA05.1, FrA12.3, FrB11.6, MoC14.1, MoC14.3, MoC14.4, TuA08.6, WeC02.3, WeC15.4
Hybrid and distributed system identificationMoA06.1, ThB11.3
Hybrid and switched systems modelingMoA06.1, MoA10.2, ThB11.1, ThB11.3, ThC11.2, ThSP2.1, TuC06.3, TuC18.4, TuC19.6, WeC02.1, WeC02.2, WeC02.4, WeC02.5, WeC02.6
Hybrid computational intelligence techniquesMoBT3.2, MoBT3.13, MoC02.2, MoC02.6, TuB24.6, TuC02.3
HydroinformaticsMoB03.3
ITop
IdentifiabilityFrA06.4, MoA21.2, MoC06.4, ThC14.1, ThCT3.4, TuA04.4, TuA04.6, TuB07.4, TuBT3.2, TuBT3.15, TuC06.5, WeB02.2, WeC20.4
Identification and control methodsFrA09.2, FrB06.4, MoCT3.2, ThA08.5, ThB02.1, ThB17.6, ThC03.3, ThC03.4, TuB17.5, TuC12.1, TuC12.4, WeA12.5, WeB12.1, WeB12.2, WeB12.3, WeB12.4, WeB12.5, WeB12.6, WeCT2.2, WeCT2.14
Identification and model reductionFrB01.2, FrB01.6, ThA07.3, ThA07.4, ThCT2.8, TuB14.2
Identification and validationMoC18.4, MoC18.6, ThA22.1, ThA22.6, ThC12.2, ThC12.5, ThC12.6, TuA24.5, WeBT2.10
Identification for controlFrA06.1, FrB06.6, FrB08.3, FrB11.4, MoA06.2, MoA21.3, MoB12.6, MoC06.1, MoC06.2, MoC06.3, MoC06.4, MoC17.6, ThA06.2, ThB15.2, ThC14.2, ThC17.6, ThCT2.12, ThCT3.13, TuA04.3, TuBT3.2, TuBT3.6, TuBT3.7, TuBT3.8, TuBT3.13, TuC06.6, WeA07.3, WeB09.1, WeC20.4
Impact of deregulation on power system controlMoBT2.9, TuB24.1
In-vehicle communication networksTuCT3.6
Industrial applications of optimal controlThC05.2, TuB02.1, TuB04.4, TuB04.6, TuC12.2
Industrial applications of process controlFrA20.1, FrA20.5, FrB20.1, FrB20.3, MoBT2.13, ThA15.1, ThA15.2, TuA11.6, TuA12.1, TuA18.1, TuB16.1, WeB16.2, WeB16.3, WeB17.6, WeC16.2, WeC16.3
Industrial biotechnologyMoA21.1, ThC14.5, WeC18.3
Industry 4.0FrB03.5, MoA07.2, MoBT3.3, MoCT3.12, ThB14.4, ThB14.5, ThB23.5, ThC17.1, ThC17.2, ThC17.3, ThC17.4, ThC17.5, ThC17.6, TuB20.2, TuB20.4, TuB20.5, TuB20.6, TuB23.1
Industry 4.0 FrA01.1, FrA01.4, FrA23.1, FrA23.4, FrA23.5, FrB23.1, FrB23.2, FrB24.4, MoA09.2, MoA09.3, MoB02.3, MoB02.4, MoB19.4, ThA09.1, ThA09.5, TuA23.3, TuA23.4, TuB21.3, TuB21.4, TuB21.6, WeBT3.3, WeBT3.4, WeBT3.5
Infinite-dimensional multi-agent systems and networksThC20.5
Infinite-dimensional systems (linear case)FrB09.1, FrB09.2, FrB09.3, FrB09.4, FrB09.5, FrB09.6, MoA08.4, MoA18.4, ThB20.3, ThB20.4, ThC20.3, TuA11.5, WeC05.2, WeC05.3, WeC05.6, WeC14.6, WeCT2.3
Information and sensor fusionMoC05.4, MoCT3.6, MoCT3.8, ThBT3.2, ThBT3.5, TuA07.2, TuB11.1, WeA01.1, WeA11.1
Information displays/systemTuA21.5, WeB15.1
Infrastructure (including energy, telecoms, political, physical, etc.)MoBT1.5, WeB09.6
Innovation managementFrA22.3, ThC09.4, ThC21.2, ThC21.3
Input and excitation designFrB02.2, MoC06.2, MoC06.4, WeB19.3
Input-to-state stabilityFrB13.6, MoA08.1, MoA08.6, MoB08.6, MoC11.3, ThC07.5, ThC08.1, TuBT2.7, TuC15.3, WeBT1.6, WeCT1.9
Instrumentation and control systemsTuA14.5
Integrated assessment modellingThA24.5
Integrated monitoring, control and security for critical infrastructure systemsThA07.5
Intelligent control of power systemsFrA18.2, FrA19.3, FrA19.4, MoA14.1, MoA15.2, MoA15.3, MoA15.4, MoA15.5, MoA17.5, ThA04.2, ThA14.4, ThB04.2, ThB04.6, ThC23.6, ThC24.3
Intelligent decision support systemsThB24.2, WeB17.5
Intelligent decision support systems in manufacturingFrB01.4, MoB09.5, WeB23.4
Intelligent driver aidsTuCT2.7, TuCT3.5, TuCT3.10, TuCT3.11, TuCT3.12
Intelligent interfacesWeC12.6
Intelligent maintenance systemsFrB24.2, MoB19.4, MoB19.5, MoC19.1, ThB09.2, ThB09.3, TuB23.2, TuBT3.3, TuC23.5, WeBT3.9, WeBT3.13, WeCT3.3, WeCT3.4, WeCT3.12
Intelligent manufacturing systemsFrA24.3, MoB09.1, MoC09.2, MoC19.5, ThA09.6, TuA23.2, TuA23.3, TuB23.3, TuB23.4, TuC23.2, WeA23.1, WeA23.2, WeB23.2, WeBT3.11, WeC23.4, WeCT3.6
Intelligent roboticsFrA15.5, MoA11.1, MoB11.1, MoB20.3, MoCT3.7, ThBT3.1, ThBT3.11, ThC23.2, TuB11.4, TuC11.1, TuC11.3, WeA01.1, WeA01.2, WeA01.3, WeA01.6, WeA11.3, WeC11.3
Intelligent system techniques and applicationsFrA01.1, FrB24.3, ThCT2.4, WeBT3.9
Intelligent transportationMoA01.5, MoCT1.10, MoCT1.14, TuA01.1, TuA01.2, TuA01.3, TuCT3.14
Intelligent Transportation SystemsFrA05.6, FrB05.5, MoA23.4, MoA23.5, MoB14.6, MoBT3.10, MoC23.4, TuA08.1, TuA16.6, TuB10.6, TuB15.3, TuB15.4, TuB15.5, TuCT2.2, TuCT2.8, TuCT2.15, WeA21.5, WeB01.5, WeB03.3, WeB10.6
Intensive and chronic care or treatmentMoC18.4, MoC18.5, ThB22.3, ThB22.4, TuA24.6
International development & developing regionsMoA12.5
Internet based teaching of control engineeringMoA12.4, ThC10.6
Internet of services and service scienceThA21.2, TuB21.2
Internet of ThingsMoBT3.9, ThC17.2, ThC17.4, ThCT2.6, ThCT2.7
Internet-of-Things and sensing enterpriseFrB01.1, ThA09.2, ThA21.1, WeC21.2
Interoperability standardsThC17.1
Inventory controlFrA01.1, MoB09.3, MoC09.3, MoC09.4, ThA07.6, ThB09.5, WeA14.6
Iterative and repetitive learning controlFrB22.5, MoB12.1, MoB12.2, MoB12.3, MoB12.4, MoB12.5, MoB12.6, MoC12.1, MoC12.2, MoC12.3, MoC12.4, MoC12.5, MoC12.6, TuCT1.3
JTop
Job and activity schedulingMoA07.1, MoA09.5, MoB09.4, ThA09.1, ThB09.4, WeA14.2, WeA14.3
KTop
Kalman FilteringFrB06.1, MoB06.6, ThA06.3, ThA16.6, ThB18.1, ThB18.2, ThB18.3, ThB18.4, ThB18.5, ThCT2.8, ThCT2.14, ThCT3.7, TuBT1.7, WeA15.4, WeB02.3, WeB09.4, WeB09.5, WeC06.4
Kalman filtering techniques in automotive controlFrA20.2, TuCT3.6, TuCT3.13, WeB02.5
Kalman filtering techniques in marine systems controlFrB14.4, FrB14.5
Kinetic modeling and control of biological systemsMoA21.6, ThC19.1, WeBT2.1, WeBT2.12
Knowledge discover (data mining)ThA07.5, ThCT2.5, WeC21.3, WeCT3.5
Knowledge modelling and knowledge based systemsMoCT3.12, ThC13.2
Knowledge networksThC21.1, ThC21.3, TuC05.5
Knowledge societyFrA22.3, FrA22.6, ThB21.2, ThB21.3, ThB21.4, ThC21.1, ThC21.5
Knowledge-based controlMoBT3.2, MoBT3.7, MoC02.6, MoCT3.12, ThB09.3, ThB23.2, TuB24.3
LTop
Lagrangian and Hamiltonian systemsFrA04.3, MoB20.4, MoC08.1, ThB08.3, ThC07.4, ThC08.1, TuA19.1, TuBT2.11, TuBT2.12, WeC05.4, WeC05.5, WeC09.1, WeCT1.15
Large scale optimization problemsFrA08.2, FrB04.4, MoB07.6, MoB18.4, MoB18.5, MoB18.6, MoC03.4, MoC03.6, MoC24.1, TuB04.1, TuB05.1, TuC21.1, TuCT1.13, WeB07.5, WeB08.4
Learning and adaptation in autonomous vehiclesMoSP2.1, ThA12.3, ThA12.5, ThA12.6, ThB12.2, ThB12.3, TuA16.1, TuA16.2, TuA16.3, TuA16.4, TuA16.5, TuB03.1, TuCT2.3
Learning for controlFrA22.5, FrB10.6, FrB22.3, MoA19.1, MoA19.2, MoA19.3, MoA19.4, MoA19.5, MoB06.1, MoB06.2, MoB06.3, MoB12.3, MoB12.5, MoC06.1, MoC06.2, MoC06.5, MoC12.2, MoC12.4, ThA06.4, ThA11.6, ThA15.4, ThC22.6, ThCT1.4, ThCT1.5, ThCT1.6, ThCT1.7, ThCT1.8, ThCT1.9, ThCT1.14, TuA04.5, TuBT3.13, TuC03.4, TuCT1.1, TuCT1.5, WeA10.2, WeA10.5, WeA19.2, WeB19.1, WeB19.3, WeB19.4, WeC07.6, WeCT2.8
Life-cycle controlMoB19.2, MoC19.4
Linear multivariable systemsFrA16.5, MoC07.2, MoC07.3, MoC07.4, MoC07.5, MoC07.6, MoC11.5, ThB13.5, ThBT1.2, ThBT2.1, ThC05.5, ThC08.6, TuB07.6, TuB08.3, TuC08.6, WeA04.4
Linear parameter-varying systemsFrA03.2, FrA07.4, FrB13.3, MoB24.2, MoC24.6, ThA16.2, ThB23.4, TuB04.2, TuC08.2, TuC16.1, TuC16.5, WeC04.6
Linear systemsFrA16.4, FrB09.6, MoA06.4, MoA08.4, MoA08.5, MoA24.2, MoB07.5, MoB08.3, MoB10.5, MoC07.1, MoC08.3, MoC08.5, MoC20.2, ThA18.6, ThA19.6, ThB06.1, ThB06.3, ThB06.6, ThB18.2, ThBT1.7, ThC16.3, ThSP1.1, TuA05.6, TuA09.4, TuA10.3, TuB08.2, TuB08.4, TuB08.5, TuB08.6, TuB09.5, TuBT3.11, TuC08.1, TuC08.4, TuC08.5, TuC09.2, TuC15.6, TuCT1.12, WeA04.2, WeA04.3, WeA04.5, WeA19.3, WeA19.4, WeA20.1, WeA20.2, WeA20.6, WeB09.6, WeB19.2, WeCT1.12, WeCT1.13, WeCT1.14
LocalizationFrA15.3, FrA21.4, FrB05.1, MoC05.5, ThB18.5, TuA21.6
Logistics in manufacturingFrA01.5, FrB23.1, MoA09.2, MoB09.3, MoB09.5, MoC09.4, ThC23.1, TuB04.1, WeA09.1, WeA09.2, WeA14.2, WeB23.5
LPV system identificationFrB16.6, MoA06.5, ThB13.4, WeA06.4, WeBT3.12
Lyapunov methodsFrA03.6, FrA04.1, FrA08.1, FrA10.4, FrA10.6, FrA16.1, FrB09.3, MoA04.2, MoA04.5, MoA08.5, MoA20.5, MoB05.3, MoB05.4, MoB05.5, MoB08.6, MoB11.5, MoB17.1, MoB18.4, MoC04.4, MoC05.2, MoC05.6, MoC11.3, ThA16.3, ThA18.1, ThA20.5, ThB06.2, ThBT2.3, ThC07.3, ThC11.5, ThC15.5, ThC16.1, ThC16.5, ThC18.6, TuBT2.6, TuC04.4, TuC09.3, TuC15.1, TuC15.2, TuC15.3, TuC15.4, TuC15.5, WeA04.1, WeA20.3, WeBT1.3, WeBT1.5, WeC05.5, WeC07.1, WeC09.6, WeC14.3, WeC18.5
MTop
Machine learningFrA02.4, FrA02.5, FrA02.6, FrA06.3, FrA06.6, FrA17.1, FrA17.4, FrA17.6, FrA22.5, FrB02.1, FrB02.6, FrB06.3, FrB12.6, FrB14.3, FrB16.6, FrB22.2, MoA19.2, MoA19.3, MoA19.5, MoB06.3, MoB06.5, MoB10.2, MoBT2.3, MoC17.6, MoCT3.8, ThA06.1, ThA06.6, ThB09.4, ThB23.2, ThC02.1, ThC02.4, ThCT1.2, ThCT1.5, ThCT1.7, ThCT1.15, TuA04.2, TuA10.1, TuA20.1, TuA20.2, TuA20.3, TuA20.5, TuB03.6, TuB06.1, TuB06.5, TuB06.6, TuB13.1, TuB17.6, TuB23.4, TuBT3.9, TuC03.2, TuC03.4, TuC19.6, TuC21.2, TuSP1.1, WeA06.5, WeA06.6, WeA10.6, WeB02.5, WeB06.2, WeB06.3, WeB06.6, WeB07.1, WeB07.3, WeB21.5, WeC06.1, WeC06.3, WeC06.5, WeC20.2, WeC20.3, WeCT2.4, WeCT2.8
Machine learning and data analytics in process controlFrA20.1, FrA20.5, FrB20.3, MoA14.4, MoCT2.7, MoCT2.8, ThA04.2, ThA15.1, ThA15.2, ThA15.3, ThA15.4, TuA14.4, TuA14.6, TuA18.1, TuA18.2, TuA18.3, TuA18.4, TuA18.5, TuA18.6, TuB16.1, TuC14.6, WeB17.2, WeC08.6, WeC16.1, WeC16.5
Machine learning for environmental applicationsThA24.2, ThA24.3, ThA24.6, ThB10.1, ThB10.2, TuC21.2
Machine learning in modelling, prediction, control and automationFrB22.1, MoBT3.1, MoBT3.3, MoBT3.4, MoBT3.5, MoBT3.6, MoBT3.13, MoC02.1, MoC02.2, MoC02.3, MoC02.4, MoC02.5, ThA15.4, ThB14.1, ThB14.2, ThB23.1, ThB23.3, ThB23.4, ThB23.5, ThBT1.3, ThC15.6, ThC17.1, ThCT1.5, ThCT1.6, TuB03.1, TuB03.2, TuB03.3, TuB03.4, TuB03.5, TuB03.6, TuB24.2, TuB24.3, TuB24.4, TuB24.5, TuB24.6, TuC02.1, TuC02.2, TuC02.3, TuC02.4, TuC02.5, TuC02.6, WeA18.1, WeA18.2, WeA19.6, WeB06.4, WeB21.1, WeBT1.1
Machine learning methods and applicationsMoBT2.2, MoCT2.13, MoCT2.14, ThA15.5, ThA15.6, ThB04.3, TuA18.3, TuC20.3, WeB17.4, WeC08.3
Maintenance engineering and managementFrA24.4, FrB24.5, MoA07.6, MoB19.2, MoB19.3, MoB19.4, TuB23.2, WeBT3.3, WeBT3.4, WeBT3.9, WeBT3.13, WeBT3.14, WeCT3.3, WeCT3.4, WeCT3.12
Maintenance models and servicesFrA23.2, FrB24.5, MoA07.6, MoB19.3, MoB19.5, MoC19.1, WeBT3.13, WeCT3.3, WeCT3.4
Maintenance scheduling and production planningTuA11.2
Man-machine interfacesTuA21.5, TuCT3.10
Man-machine systems in agricultureThC19.6
Manufacturing plant controlFrA24.1, FrA24.2, FrA24.3, FrA24.4, FrA24.5, FrA24.6, MoA01.3, MoB09.1, ThA09.6, TuA23.2, TuA23.3, WeA23.4, WeA23.5, WeCT3.6
Map buildingFrB05.4, MoC05.5, TuA21.3, TuA21.6, TuCT2.12
Marine system identification and modellingFrB14.1, FrB14.2, FrB14.3, TuB15.2
Marine system navigation, guidance and controlFrB14.2, FrB14.4, FrB14.5, FrB14.6, TuC10.3, TuC10.4, WeB03.2, WeB03.6, WeC03.3
Maritime transportation planning and controlThA10.5
Max-plus algebraThA11.3, ThB11.1, WeCT1.5
Measurement and instrumentationMoCT2.13, WeB17.1
Mechanical and aerospace estimationFrA02.3, FrA14.3, FrB23.5, ThCT3.5, TuC16.2, WeB09.1
Mechanical design of autonomous vehiclesFrA14.4
Mechatronic systemsFrA09.3, FrA09.5, MoA11.6, MoB11.4, MoCT3.3, MoCT3.6, ThB15.1, ThB15.4, ThB15.5, ThBT2.5, ThC03.5, ThC03.6, ThC10.4, ThC10.5, ThC15.1, ThC23.2, TuB12.1, TuB12.2, TuB12.3, TuB12.4, TuB12.5, TuB12.6, TuC12.1, TuC12.2, TuC12.3, WeA11.5, WeA12.3, WeA12.4, WeA12.6, WeB12.1, WeB20.6, WeB22.4, WeCT2.7
Mechatronic systems in social systemsMoCT1.10, TuB19.6
MechatronicsFrA09.2, MoCT3.1, ThA08.1, ThA10.6, ThB15.5, ThB17.2, ThC15.1, ThC22.4, TuB12.3, TuB12.4, WeA12.4, WeA12.5, WeB12.1, WeB12.4, WeB12.6, WeC11.4, WeCT2.1, WeCT2.4, WeCT2.6
Mechatronics for mobility systemsMoCT3.1, ThA08.6, ThB17.6, TuB11.4, WeB12.5
Medical imaging and processingThB22.2, ThB22.5, TuA24.2, TuA24.3, WeA22.2, WeA22.3, WeA22.4, WeA22.5, WeA22.6, WeC22.2, WeC22.5, WeC22.6
Metabolic engineeringMoA21.6
Methods based on neural networks and/or fuzzy logic for FDIFrA17.4, FrB17.3, FrB17.6, ThA17.4
Micro and nano mechatronic SystemsFrA09.1, FrA09.4, ThA08.5, ThB15.6, ThC03.4, TuC12.4, WeB12.2
Microbial technologyMoA21.4, ThC14.5
Mission control and operationsFrB05.3
Mission planning and decision makingFrA05.5, MoC23.2, ThA10.1, ThA10.2, ThA10.3, ThA10.4, ThA12.4, TuB10.4
Mobile robotsFrA10.2, FrA15.6, FrB07.2, FrB10.5, MoB15.5, MoB20.3, MoB20.6, MoC20.1, MoC20.2, MoC20.3, MoC20.4, MoC20.5, MoC20.6, ThA10.3, ThB02.3, ThB16.1, ThC15.3, ThC15.5, WeA01.1, WeA01.4, WeA01.6, WeA11.2, WeB22.2, WeB22.5, WeC06.2, WeC11.1, WeC11.5
Model driven engineering of control systemsMoBT3.1, MoBT3.7, TuA23.5, TuB20.2, TuB20.3, TuB20.5, TuB24.3
Model following controlWeCT1.4
Model formulation, experiment designThC12.3, TuC24.4, WeBT2.8
Model predictive and optimization-based controlFrA22.2, MoA17.3, MoB14.6, MoBT2.6, MoC03.4, MoCT2.11, MoCT2.12, ThA04.2, ThA05.3, ThA14.1, ThB04.5, ThC19.5, ThC23.4, TuA12.4, TuA14.1, TuA14.2, TuA14.3, TuA14.4, TuA14.6, TuA15.1, TuA18.2, TuA18.4, TuB05.2, TuB05.6, TuC04.4, TuC14.1, TuC14.2, TuC14.3, TuC14.4, TuC14.6, TuC21.6, TuCT2.6, WeB16.2, WeC16.3, WeC16.5, WeCT1.3
Model predictive control for distributed parameter systemsThB20.5, TuC07.5
Model predictive control of hybrid systemsWeB02.1, WeBT1.1, WeC02.3
Model reductionFrA04.1, FrB08.4, MoC05.3, ThC07.4, TuB05.6, TuC07.1, TuC07.2, TuC07.3, TuC07.4, TuC08.3, WeC09.3
Model reduction and dynamic emulationThA24.4, ThA24.5, ThA24.6
Model reduction of distributed parameter systemsTuBT2.3, TuC07.5
Model reference adaptive controlMoC17.3, ThB13.3, ThCT1.14, ThCT3.10, ThCT3.13, TuCT1.6, WeC07.2
Model validationThC06.3, TuB05.6, TuBT2.12
Model-driven systems engineeringMoC09.1, TuB21.1
ModelingFrB15.5, MoB11.4, MoCT3.5, ThA05.2, ThA08.2, ThC03.4, ThC03.6, ThC22.5, TuB12.6, TuC11.2, WeA11.2, WeA11.4, WeB12.5, WeB20.6, WeB23.6, WeC19.6, WeCT2.3
Modeling and control of agricultureMoB03.3, ThC19.1, ThC19.4, ThC19.5, WeA10.6, WeB06.3, WeB16.4
Modeling and control of road traffic networksTuC05.3
Modeling and identificationFrB12.5, MoA21.3, ThA22.2, ThA22.5, ThC14.1, ThC14.2, ThC14.3, ThC14.4, ThC14.5, ThC14.6, ThCT3.14, TuA24.3, TuC01.1, TuC01.2, TuC24.1, WeB18.2, WeB18.4, WeB18.6
Modeling and identification of environmental systemsMoB03.4, ThA24.2, ThA24.4, ThA24.6, ThB10.5, ThB10.6, TuC01.4, TuC21.4, TuC21.5
Modeling and simulation of power systemsFrA17.2, FrA19.2, FrA19.3, FrA19.4, FrA19.6, FrB18.3, FrB18.5, FrB18.6, MoA14.3, MoA14.6, MoA15.2, MoA15.3, MoA15.6, MoA17.1, MoA17.5, MoBT2.8, MoCT2.1, MoCT2.2, MoCT2.3, MoCT2.4, MoCT2.5, ThA04.3, ThA14.2, ThA14.3, ThA14.4, ThB04.1, ThB04.4, ThB24.3, ThB24.4, ThC24.1, ThC24.2, ThC24.3, TuBT3.8, WeA15.3, WeA15.6, WeA16.1, WeA16.2, WeBT1.14, WeC17.6
Modeling and simulation of transportation systemsMoA01.5
Modeling of human performanceThB02.1, ThB02.2, ThC13.3, ThC13.6
Modeling of manufacturing operationsFrB23.3, MoA09.4, ThA07.1, ThA07.2, ThA09.3, ThA09.4, WeA14.5
Modeling, supervision, control and diagnosis of automotive systemsFrB02.5, FrB06.1, FrB06.2, MoC14.1, MoC14.2, MoC14.4, MoC15.6, MoC19.3, MoC23.1, TuB15.1, TuCT3.2, TuCT3.12, WeB15.1, WeB15.3, WeB15.5, WeB15.6, WeC01.2, WeC15.1, WeC15.3, WeC15.5
Modelling and control of road traffic networksFrA05.3, FrA05.4, FrB05.5, WeA21.5, WeB01.4, WeC01.6
Modelling and decision making in complex systemsFrA01.5, FrB01.3, FrB23.3, FrB23.4, MoB09.2, MoC09.1, ThA07.5, ThA21.4, ThCT2.3, ThCT2.4, ThCT2.5, TuB14.2, TuB14.5, TuB21.1, TuC23.1, WeBT3.2, WeC21.3, WeC23.1, WeC23.3, WeC23.4, WeC23.6, WeCT3.2
Modelling complexityMoBT1.2, ThC07.2, WeB21.3, WeC24.2
Modelling social and environmental changeMoCT1.12, TuC05.4
MonitoringMoA21.1, MoA21.5, MoB03.2, ThB10.4
Monitoring and performance assessmentFrB20.3, MoCT2.7, TuA18.5, TuC20.2, TuC20.6, WeC16.1, WeC16.2
Monitoring of product quality and control performanceMoCT2.7, TuC20.3, TuC20.4, WeC16.4
Monitoring of transport systemsFrB02.6, MoA23.1, ThA10.5
Motion controlFrA21.2, FrB05.6, ThB12.1, ThB12.4, ThB15.5, TuCT2.9, TuCT2.14, WeA21.2, WeC15.4
Motion control systemsFrA09.1, FrA09.2, FrA09.4, FrA09.5, FrA09.6, FrB06.3, FrB16.4, MoB24.2, MoC20.4, MoCT3.1, MoCT3.2, MoCT3.3, ThA08.1, ThA08.2, ThA08.3, ThB15.1, ThB15.2, ThB15.3, ThB15.4, ThB15.6, ThBT2.5, ThBT3.10, ThC03.2, ThC22.4, ThC22.5, TuB12.1, TuB12.4, TuC12.3, TuC12.4, WeA12.2, WeA12.3, WeA12.6, WeB12.3, WeB12.4, WeB12.6, WeB20.3, WeB20.6, WeB22.3, WeB22.4, WeCT2.1, WeCT2.5, WeCT2.7
Motion planning for distributed parameter systemsWeC18.2
Multi agent systemsMoBT3.1, MoBT3.8, ThC17.5, TuB02.2, TuB20.1, TuB20.3, WeA18.3, WeA18.4, WeA18.5, WeA18.6
Multi source environmental data integrationThB10.6
Multi-agent systemsFrA07.3, FrA07.6, FrA10.1, FrA10.2, FrA10.3, FrA10.5, FrA13.2, FrA13.3, FrA13.4, FrA13.5, FrA13.6, FrA17.3, FrB03.2, FrB03.3, FrB07.2, FrB10.1, FrB10.2, FrB10.4, FrB10.5, FrB10.6, MoB10.6, MoB17.1, MoB17.4, MoB17.5, MoB17.6, MoC08.4, MoC10.2, MoC10.5, MoC17.1, MoC17.2, ThB03.5, ThB07.2, ThB07.4, ThB16.1, ThB16.2, ThB16.3, ThB16.4, ThB16.5, ThB16.6, ThC06.6, ThC15.4, ThCT2.1, ThCT2.2, ThCT2.10, ThCT2.12, ThCT2.13, ThCT2.15, ThPL.1, TuA10.1, TuA10.2, TuA10.3, TuA10.4, TuA10.5, TuA10.6, TuA16.6, TuB05.3, TuB13.5, TuBT1.2, TuBT1.12, TuBT3.2, TuC19.1, TuC19.3, WeA08.1, WeA08.2, WeA08.3, WeA08.4, WeA08.5, WeA10.4, WeA21.1, WeB08.5, WeB08.6, WeB10.2, WeB10.3, WeB11.6, WeB21.4, WeC09.5
Multi-agent systems applied to industrial systemsFrA24.2, FrB01.5, TuA23.4, TuB02.1
Multi-modal interactionFrB15.2, WeC12.6
Multi-vehicle systemsMoA23.6, MoC23.4, ThA10.2, ThB03.1, ThCT2.12, TuA16.4, TuA21.1, TuB10.1, TuB10.3, TuB10.4, TuB10.5, TuCT2.5, TuCT2.14, TuCT3.7, WeA21.1, WeA21.2, WeA21.3, WeB01.5, WeC03.6
Multiagent systemsFrA23.6, FrB01.2, TuB14.1, TuB14.3, TuB14.4, TuB14.5, TuB14.6, WeB23.5, WeB23.6, WeC23.1, WeC23.5, WeCT3.1, WeCT3.2
NTop
N-dimensional systemsFrB09.6, MoC07.5, TuC08.1, TuC08.4, TuC15.6
Natural and environmental systemsThA24.2, ThB10.1, ThB10.2, TuC21.3
Navigation and guidanceThB19.6
Navigation, guidance and controlFrA21.2, MoC23.1, MoC23.5, TuA07.5, WeB01.6, WeC03.6
Networked embedded control systemsThB13.6, TuC19.4
Networked robotic system modeling and controlFrB10.3, MoC20.5, ThB16.1, ThC15.4, TuBT1.1
Networked robotic systemsFrA10.2, FrA13.1, FrA13.2, FrA13.3, FrB10.1, FrB10.2, FrB10.3, FrB10.4, MoB06.2, MoB17.6, ThB13.2, ThB16.3, ThB18.3, ThCT2.10, ThCT2.13, TuC19.4, WeB10.4
Networked systemsFrB19.4, MoA18.5, MoA18.6, MoB07.2, ThA18.5, ThB08.2, ThC07.1, ThC07.3, ThC07.4, ThC07.5, ThC16.2, TuA05.2, TuBT1.3, TuCT1.12, WeA05.3, WeA05.6, WeBT1.11
Networks (structural properties)TuA17.5, TuBT1.6, TuC08.6
Networks of robots and intelligent sensorsTuA16.3, TuA21.1, WeC03.4, WeCT2.10
Neural and fuzzy adaptive controlTuCT1.9, WeC07.1, WeC07.2, WeCT2.8
Neural networksFrA11.1, MoA05.3, ThA12.2, ThC23.5, TuB03.2, TuB15.2, WeB01.3, WeB03.4, WeB11.5, WeC06.3
Neural networks in process controlThA14.1, ThB24.2, TuC20.3, WeC08.3, WeC16.3
Neurodynamic optimization and adaptive dynamic programmingWeA18.2, WeA18.4, WeC07.4
New technologies for the environmentMoCT1.8, ThC09.3
Non-smooth and discontinuous optimal controlTuB04.4
Nonlinear adaptive controlMoA19.3, MoB12.5, ThCT2.9, TuA12.5, TuB11.3, TuBT2.4, WeA12.6, WeC07.1, WeC07.2, WeC07.3, WeC07.4, WeC07.5, WeC07.6
Nonlinear and optimal automotive controlFrA12.2, FrA12.4, FrA12.5, FrB11.5, FrB11.6, ThA23.2, ThA23.3, ThA23.4, ThA23.6, TuA08.2, TuB10.3, TuCT2.1, TuCT3.1, TuCT3.7, TuCT3.8, TuCT3.9, TuCT3.14, WeBT1.8, WeC01.2
Nonlinear and optimal marine system controlThA10.6, TuB04.6, TuC10.1, WeB03.5, WeC03.2
Nonlinear cooperative controlFrB16.5, ThA16.2, ThB16.3, TuBT1.4
Nonlinear model reductionWeC08.6
Nonlinear observers and filter designFrB16.3, FrB16.4, FrB16.5, MoA11.3, MoA21.5, MoC05.2, MoC05.3, MoC05.4, MoC05.5, MoC05.6, ThB06.2, ThB06.5, ThB07.6, ThC08.2, ThC18.2, ThC18.5, TuA06.6, TuA07.2, TuB07.5, TuBT2.10, TuBT2.13, WeA19.1, WeC04.2, WeC04.3, WeC04.4, WeC04.5, WeC09.6
Nonlinear predictive controlFrB04.3, MoA24.1, ThC04.3, TuB05.3, TuB05.4, TuBT1.2, TuBT1.4, TuBT2.2, TuBT2.5, TuCT3.14, WeA05.2, WeB04.4, WeB04.6, WeB18.5, WeB19.5, WeB21.1, WeBT2.13, WeCT1.6
Nonlinear process controlWeA15.6, WeB19.6, WeC09.3, WeC16.5
Nonlinear system identificationFrA06.4, FrB14.3, MoB06.6, MoB10.4, MoC12.2, ThB13.4, ThCT1.15, TuA04.3, TuA06.3, TuA20.2, TuB06.5, TuB06.6, TuBT3.9, TuCT3.3, TuCT3.4, WeA06.1, WeA06.2, WeA06.3, WeA06.4, WeA06.5, WeA06.6, WeB06.1, WeB06.2, WeB06.3, WeB06.4, WeB06.5, WeB06.6, WeB12.2, WeC06.1, WeC06.3, WeC06.4, WeC06.5, WeC06.6, WeC19.2, WeC20.1, WeC20.3, WeC20.5
Nonlinear time-delay systemsFrA04.6, FrB16.5, MoA08.2, MoB08.5, ThB08.2, ThB08.6, ThC18.4, ThC22.1, TuBT2.6, TuBT2.7, WeB10.1
Nonparametric methodsFrA02.1, FrA06.3, FrA06.5, FrA06.6, MoA11.5, MoA19.2, MoA19.5, MoA19.6, ThA11.6, TuBT3.1, TuBT3.5, TuBT3.6, TuC06.1, TuC06.5, WeA06.2, WeB02.3, WeB10.6, WeC20.2
Numerical methods for optimal controlFrA03.3, FrA08.2, FrB04.2, FrB04.4, FrB11.6, MoA11.4, MoB18.3, MoB18.5, MoB18.6, MoC03.3, MoC03.5, MoC16.1, ThC05.5, ThC05.6, TuA19.2, TuCT1.9, TuCT1.11, TuCT1.13, TuCT1.14, TuCT1.15, WeB19.5, WeCT1.1, WeCT1.2, WeCT1.3, WeCT1.5, WeCT1.6, WeCT1.13
OTop
Observer based and parity space based methods for FDIFrA17.5, ThA06.5
Observer designFrA07.1, FrA16.1, FrA16.2, FrA16.3, FrA16.5, FrA16.6, FrB16.1, FrB16.3, MoA21.2, MoC05.1, ThA19.1, ThA20.6, ThB20.4, ThB20.6, ThBT2.11, ThC06.1, ThC06.2, ThC06.4, ThC07.3, ThC08.3, ThC18.3, ThC18.4, ThC18.5, ThC18.6, ThC20.3, TuA09.6, TuB07.5, TuB09.4, TuC07.4, TuC17.3, TuC17.6, WeA11.3, WeA19.1, WeB19.4, WeC04.2, WeC04.4, WeC18.5, WeCT2.14
Observers for linear systemsFrA16.4, FrB13.5, MoC05.6, ThB18.2, ThBT2.2, ThC06.5, ThC06.6, ThC18.1, TuB17.2, WeA04.4, WeA10.2
Operations researchFrA24.5, FrB01.5, MoA07.2, MoA09.5, MoC09.5, ThA07.6, ThB09.5, TuB21.5, WeA09.2, WeA09.6, WeA14.4, WeA14.6, WeCT3.9
Optimal control and operation of water resources systemsMoB03.1, MoB03.2, MoB03.3, MoB03.4, MoB03.5, ThB10.3, ThC19.2, TuC21.1, TuC21.3, TuC21.4, WeSP1.1
Optimal control of discrete event and hybrid systemsFrB07.3, FrB07.5, ThA11.3, ThC11.4, TuC18.3
Optimal control of hybrid systemsFrB08.1, WeCT1.1, WeCT1.2
Optimal control of partial differential equationsMoB21.3, MoB21.6, ThA20.3, ThC04.4, TuB07.1, WeCT1.10
Optimal control theoryFrB02.4, FrB22.2, MoB11.6, MoB18.1, MoB18.5, MoBT3.11, MoC07.2, MoC07.6, MoC08.1, MoC08.6, MoC20.2, ThA20.3, ThB05.6, ThC04.5, ThC07.1, ThC16.6, TuA09.3, TuA09.5, TuA10.3, TuA17.3, TuB04.5, TuB05.5, TuB08.5, TuB13.4, TuB17.4, TuC01.6, TuC04.2, TuC21.5, WeB18.4, WeC09.1, WeCT1.4, WeCT1.5, WeCT1.7, WeCT1.8, WeCT1.9, WeCT1.10, WeCT1.11, WeCT1.12, WeCT1.13, WeCT1.14, WeCT1.15
Optimal operation and control of power systemsFrA18.2, FrA18.3, FrA18.4, FrA18.5, FrA18.6, FrA19.1, FrA19.2, FrA19.5, FrA19.6, FrB02.4, FrB18.2, FrB18.4, FrB19.1, FrB19.2, MoA14.2, MoBT2.4, MoBT2.8, MoBT2.9, MoBT2.10, MoBT2.11, MoC17.5, ThA04.6, ThA14.3, ThA14.5, ThB04.2, ThB04.4, ThB05.3, ThB24.6, ThC23.6, ThC24.2, ThC24.3, ThC24.4, TuA15.4, WeA15.1, WeA16.3, WeA16.4, WeA16.5
Optimization and control of large-scale network systemsFrB01.3, ThCT1.11, TuB14.1, TuB14.2, TuB14.6, TuBT3.7, WeA04.5, WeC23.2, WeC23.3
Output feedback controlFrB08.6, MoCT2.9, ThA10.6, ThA19.2, ThB08.6, ThB20.2, ThBT1.5, ThC07.5, ThC08.1, ThC08.2, ThC08.3, ThC08.4, ThC08.5, TuC04.1, WeC07.3
Output feedback control (linear case)FrB09.1, FrB09.4, MoB08.4, MoB24.4, ThB08.5, ThBT1.11, ThBT2.4, ThBT2.12, ThC08.6, TuB12.6, TuC09.6, WeA15.4, WeA19.2
Output regulationFrA16.1, MoB08.4, ThCT3.8, TuA05.5, TuA19.6, WeA05.1
Output regulation for distributed parameter systemsFrB16.2, ThB20.2, TuB07.3
PTop
Parameter and state estimationMoA21.2, ThA19.1, ThA22.1, ThA22.5, ThB10.4, ThC14.1, ThC14.2, ThC14.6, TuA09.6, TuB17.6, TuC01.1, TuC01.2, WeA12.1, WeB16.5
Parameter estimation based methods for FDIFrB17.5, ThA17.1, ThA17.2, WeA15.5
Parameter-varying systemsThC04.1, ThC06.5
Parametric optimizationFrA03.1, FrB04.5, MoC04.3, ThCT1.11, TuB08.6, WeB04.5, WeB04.6, WeC24.1, WeCT2.7
Particle filtering/Monte Carlo methodsMoC17.4, ThA05.3, ThCT3.6, TuBT3.7, TuC03.3, TuC06.2
Passivity-based controlFrA04.4, MoC11.1, ThB08.1, ThB08.2, ThB08.3, ThB08.4, ThB08.5, ThB08.6, ThBT1.1, TuA19.5, TuBT1.5, WeBT1.11, WeBT1.14, WeC05.1
Pattern recognition and artificial intelligence in agricultureThB19.1, ThB19.4, ThB19.5
Perception and sensingFrA05.2, FrA15.1, FrA15.2, FrA15.3, FrA15.5, FrA15.6, MoA11.3, MoCT3.6, MoCT3.10, ThA16.5, ThBT3.2, ThBT3.4, ThBT3.5, ThBT3.11, ThBT3.12, ThC22.6, TuC11.5, WeA01.3, WeA01.5, WeB20.2
Perspectives of e-learning versus traditional learningMoA12.1
Petri netsMoC10.6, ThA11.1, ThA11.2, ThB11.2, ThB11.4, ThC11.2, ThC11.3, TuC18.2, TuC18.4, WeB14.5
Pharmaceutical processesMoA21.1
Pharmacokinetics and drug deliveryThB22.4, ThCT1.12, TuA24.1, TuA24.4, WeBT2.6
Physiological ModelMoC18.2, MoC18.6, ThA22.2, TuA24.5, TuC24.4, TuC24.5, WeBT2.5, WeBT2.8, WeBT2.11, WeC22.3, WeC22.4
Planning and control problems in freight transportation networksFrA05.6
Planning and management of ports and terminalsTuB21.4
Planning and management of public transportationWeC01.4, WeC01.5
Plant factoriesWeB21.6
Policy and political decision makingFrA22.1
Polynomial methodsMoC24.3, TuBT2.8
Port Hamiltonian distributed parameter systemsTuBT2.12, WeBT1.2, WeC05.1, WeC05.2, WeC05.3, WeC05.6
Positioning systemsFrB05.1, MoB16.1, ThB12.4, ThCT3.7, TuCT2.12, WeB01.6
Positive systemsMoA01.5, ThBT2.6, TuC01.6, WeA04.2, WeA04.3, WeA04.4, WeA04.5
Post-harvesting and food processingThC15.2
Power systemsFrA10.6, MoA17.2, MoB05.2, MoB08.2, ThBT1.5, ThBT1.6, WeBT1.1, WeBT1.13, WeBT1.14
Power systems stabilityFrB18.5, MoA17.5, MoBT2.12, MoCT2.4, MoCT2.5, MoCT2.6, ThA14.5, WeA16.4, WeBT1.13
Precision agricultureThB19.2, ThB19.4, ThB19.6, ThBT3.4, ThC19.4, ThC19.5, WeA10.6
Precision farmingThB19.3
Predictive controlFrA03.5, FrA10.4, FrA22.2, FrA22.4, FrB08.2, FrB21.5, MoA20.1, MoA20.6, MoA24.1, MoA24.2, MoA24.3, MoB18.6, MoB24.6, MoC15.1, ThA05.1, ThA05.2, ThA05.3, ThA05.4, ThA05.5, ThA05.6, ThB05.1, ThB05.2, ThB05.3, ThB05.4, ThB05.5, ThB05.6, ThB07.4, ThC05.1, ThC05.2, ThC05.3, ThC05.4, ThC05.5, ThC05.6, ThC10.3, ThC16.2, ThC19.4, ThCT1.1, ThCT1.2, ThCT1.7, TuA09.3, TuA09.5, TuB05.1, TuB05.3, TuB05.4, TuB05.5, TuB07.6, TuBT1.7, TuBT2.2, TuC14.5, TuC21.6, TuCT1.2, TuCT3.7, TuCT3.9, WeA05.6, WeA19.3, WeB02.6, WeB04.1, WeB04.2, WeB04.3, WeB04.4, WeBT1.12, WeCT1.3, WeCT1.4
Probabilistic robustnessFrA03.2, FrA03.5, ThA20.1, ThBT1.9, TuB04.1
Process controlFrA04.1, MoC04.3, TuB07.6, TuB08.1, TuB09.2, WeB19.6, WeC19.5
Process control applicationsTuA12.2, TuA12.6, TuA14.1, TuA14.2, TuA14.3, TuA18.3, TuA18.4, TuA18.6, TuC14.3, WeB16.1, WeB16.2, WeB16.3, WeB17.6, WeC08.2, WeC08.4, WeC16.2, WeC16.6
Process modeling and identificationFrA20.5, FrB20.1, FrB20.2, MoCT2.8, ThA15.1, ThA15.2, TuA14.1, TuA14.3, TuA18.1, TuA18.2, TuB07.4, TuC20.1, WeC06.4, WeC08.1, WeC08.2, WeC08.3, WeC08.4, WeC08.5, WeC08.6
Process monitoring and fault diagnosisFrB20.4, FrB20.5, WeB16.6, WeC16.4
Process observation and parameter estimationFrA20.6, FrB20.4, TuC20.4, WeB17.4
Process optimisationMoCT2.11, ThA15.6, TuA11.1, TuA11.2, TuA11.3, TuA12.3, TuA12.4, WeB17.5
Process performance monitoring/statistical process controlFrB17.6, ThA17.5, TuA11.4
Process supervisionFrB24.4, MoB19.1, ThA07.1, WeBT3.6
Production activity controlMoB02.5, ThA07.1, ThA21.4
Production planning and controlFrA01.2, FrA24.4, MoA09.4, MoA09.5, MoC09.3, ThA09.2, ThA09.3, ThA09.4, WeA09.6, WeA14.1, WeA14.2, WeA14.3, WeA14.4, WeA14.5, WeA14.6, WeBT3.11, WeC23.6, WeCT3.13
Prognostics & health managementFrB24.1, FrB24.2, FrB24.3, FrB24.4, FrB24.5, FrB24.6, MoB19.1, MoB19.3, MoB19.5, MoC19.1, TuB23.1, TuB23.2, TuB23.3, TuB23.5, WeBT3.3, WeBT3.4, WeBT3.11, WeCT3.7, WeCT3.8, WeCT3.11, WeCT3.12
Programmable logic controllersTuB20.3, TuB20.5
Protocols and information communicationWeBT3.8
QTop
Quality assurance and maintenanceFrA24.5, TuB23.4, WeA09.5, WeB23.4, WeBT3.1
Quantification of physiological parameters for diagnosis and treatment assessmentMoC18.1, ThB22.5, TuC24.3, TuC24.4, TuC24.5, TuC24.6, TuPL.1, WeBT2.10
Quantized controlMoB04.3, TuA05.4, TuBT2.9, WeB08.1
Quantized systemsTuBT1.3, TuC06.2, WeA18.2
Queuing systems and performance model                                       TuB21.2
RTop
Rail transportation modelling and control systemsMoC15.1, MoC15.2, TuB15.6, TuB17.2, WeBT1.8
Randomized algorithmsThB05.4, WeB02.6
Randomized methods for modeling, identification and signal processingFrA02.1, FrA02.2, MoC15.5, TuB06.2
Randomized methods for stochastic systemsTuB13.3, TuC18.6, WeC24.3
Reachability analysis, verification and abstraction of hybrid systemsFrB04.1, FrB04.6, MoA10.1, MoA10.2, ThA11.4, ThCT2.11, TuB18.6, TuC10.5, WeB14.1
Real time control of environmental systemsThB10.1, ThB10.2, TuC21.3, TuC21.4
Real time optimization and controlMoBT2.1, MoBT2.2, MoBT2.3, MoBT2.5, MoBT2.6, MoBT2.7, MoC04.3, ThBT1.6, ThC23.4, TuA11.5, TuA11.6, TuC14.1, TuC20.1, WeA16.6, WeB16.3, WeC16.6
Real time simulation and dispatchingMoA15.3, ThB24.4, TuA15.4, WeCT2.9
Real-time algorithms, scheduling, and programmingThB14.4, ThB17.2, ThB17.3, ThB17.5, ThCT2.3, ThCT2.6, TuC10.6, WeA18.3, WeB21.1
Real-time optimal controlFrA03.4, MoA08.1, MoA11.4, MoC03.5, ThC04.2, ThC05.2, ThC22.3, TuA09.2, TuB04.3, TuB08.5, TuCT1.1, TuCT1.13, WeA05.2, WeCT1.1, WeCT1.2, WeCT1.6
Realization theoryTuB13.2, TuC08.3, WeA07.4
Reconfigurable control, sensor and actuator faultsMoA16.2
Recursive identificationFrA02.6, FrB03.6, FrB11.2, MoB10.3, ThB05.4, ThB13.5, ThCT1.1, ThCT3.1, TuB06.2, TuBT3.3, TuBT3.5, TuBT3.11, TuBT3.14
Regulation (linear case)FrB09.1, MoC07.6, ThB13.1, ThBT2.12, TuB08.1, TuCT1.14
Rehabilitation engineering and healthcare deliveryWeBT2.3, WeBT2.7
Reinforcement learning and deep learning in controlFrA24.1, FrB22.1, MoA01.2, MoBT3.6, MoBT3.8, MoBT3.10, MoBT3.11, MoBT3.12, MoC02.2, MoC16.4, MoC17.1, ThA15.3, ThB14.5, ThB23.1, ThB23.2, ThB23.3, ThB23.4, ThB23.5, ThC08.5, ThC15.6, ThC23.1, ThC23.2, ThC23.3, ThC23.4, ThC23.5, ThC23.6, ThC24.5, TuB02.1, TuB02.2, TuBT1.3, TuBT2.4, TuC02.5, WeA18.1, WeA18.4, WeA18.5, WeB21.2
Remote and distributed controlThB14.3, ThC22.1, TuB02.5
Remote sensor data acquisitionThB03.2, TuB02.6, WeBT2.6
Renewable energy system modeling and integrationMoA12.3, MoC01.3, MoC01.4, MoC01.5
Risk managementFrB01.1, FrB01.4
Robot navigation, programming and visionThA12.2, ThA12.6, TuA21.5, TuA21.6, TuCT2.7
RoboticsMoCT3.8, ThC03.6, WeC17.2
Robotics technologyFrA15.4, MoCT3.3, MoCT3.10, MoCT3.13, ThA08.3, ThB02.6, ThBT3.3, ThBT3.6, ThC15.2, ThC15.3, ThC15.6, ThC22.2, TuC11.5, TuCT3.9, WeA01.2, WeA01.5, WeB20.4
Robots manipulatorsFrA15.1, FrB15.4, MoA11.1, MoA11.2, MoA11.3, MoA11.4, MoA11.5, MoA11.6, MoB11.1, MoB11.2, MoB11.3, MoB11.4, MoB11.5, MoB11.6, MoB15.4, MoB20.4, MoB20.5, ThA11.4, ThA16.5, ThB15.3, ThBT1.11, ThC03.1, ThC03.2, ThC03.3, ThC15.1, ThC22.3, ThC22.6, ThCT1.9, TuB11.5, TuB11.6, TuC11.1, TuCT2.13, WeA11.1, WeA11.2, WeA11.4, WeA11.5, WeA11.6, WeB22.1, WeC11.3
Robust controlFrB08.3, MoA04.4, MoB05.4, MoC04.2, MoC04.4, MoC16.2, MoC24.5, ThA16.2, ThBT1.3, ThBT1.4, ThBT1.5, ThBT1.8, ThBT2.10, TuB04.2, TuC09.3, TuC09.4, TuC15.4, TuC15.5, TuC17.2, TuC17.3, TuC17.4, WeCT2.5
Robust control (linear case)FrB13.2, FrB13.4, MoA20.6, MoB14.3, MoB16.5, MoC07.4, MoC11.2, MoC11.4, ThA05.5, ThB05.1, ThBT1.2, ThBT1.7, ThBT1.9, ThBT1.10, ThBT1.11, ThBT1.12, TuB05.2, TuC04.6, TuC17.5, WeA20.2, WeB22.6, WeBT1.6
Robust control applicationsFrA03.1, MoA20.4, MoC11.2, TuC14.4, TuC16.5, TuC17.2
Robust controller synthesisFrA03.4, FrB13.2, FrB13.5, MoA20.3, MoA20.4, MoB16.5, MoB18.3, ThBT1.1, ThBT1.8, WeBT1.9, WeCT2.9
Robust estimationFrA02.1, FrA16.4, FrA16.5, FrB13.1, FrB13.3, FrB13.6, FrB17.4, MoB04.4, ThA19.3, ThB06.2, ThB06.3, ThB06.4, ThB06.5, ThB06.6, ThC06.1, ThC06.2, ThC06.3, ThC06.4, ThC16.4, ThC18.1, TuA09.6, TuBT2.10, WeC04.5, WeC04.6
Robust learning systemsFrB13.1, MoB24.5, ThB05.5, TuA05.2
Robust linear matrix inequalitiesMoA20.2, MoA20.3, ThA19.5, ThBT1.1, ThBT1.10, TuC08.2, TuCT1.8, WeB05.3, WeB05.4, WeC14.5
Robust neural and fuzzy controlMoC21.1, MoC21.2, MoC21.3, MoC21.4, MoC21.6
Robust time-delay systemsMoA08.2
Robustness analysisFrB09.2, FrB13.1, FrB13.4, FrB13.5, MoB21.5, MoC03.6, MoC04.5, MoC08.2, MoC11.4, MoC11.5, MoC11.6, TuA05.3, TuA07.4, TuB08.3, TuBT2.15, TuC17.4, WeB05.1, WeB05.2, WeB05.3, WeB05.4, WeB05.5, WeB05.6, WeC04.6, WeC18.1
Robustness and resilience of human-machine systems (HMS)ThC13.1, WeC12.3, WeC12.4
STop
Safety and security in transportation systemsFrA08.4, MoC15.3, TuA08.4, TuC10.2, TuCT2.8, TuCT2.15, TuCT3.13
Sampled-data controlFrB09.5, MoC04.5, MoC04.6, ThB08.5, ThC05.1, ThC08.3, ThC16.1, ThC16.2, ThC16.3, ThC16.4, ThC16.5, ThC16.6, TuA06.4, TuA19.3, TuA19.4, TuA19.5, WeA05.3, WeA19.5, WeBT1.4
Scheduling and optimization of transportation systemsFrA05.4, FrA05.6, ThA10.5, ThB09.4, TuA08.1, TuB15.6, TuBT1.10, WeC01.4, WeC01.5, WeC01.6
Scheduling, coordination, optimizationMoB03.1, MoB03.4, ThA24.1, ThB10.4, WeB18.3, WeB18.6
Security and privacyFrA22.2, FrB03.6, MoB20.6, ThB03.4, TuC18.5
Security and safety of HMSThA11.4, ThB02.2, ThC22.3, WeC12.2, WeC12.5
Security in networked control systemsFrB03.1, FrB03.2, FrB03.3, FrB03.4, FrB06.6, MoA10.2, MoA10.3, MoA10.4, MoA10.5, MoA10.6, MoB10.1, MoB10.2, MoB10.3, MoB10.4, MoB10.5, MoB10.6, MoC10.2, MoC10.3, MoC10.4, MoC10.5, ThB03.2, ThB03.3, ThB03.5, ThB03.6, ThB11.5, TuB18.1, TuB18.5, TuC19.5, TuC19.6, WeB08.2
Security of stochastic systemsFrA07.5, FrB03.1, MoA10.3, MoC06.5, TuC18.6
Semigroup and operator theoryThB20.2, ThB20.3
SensingMoB06.4, TuA16.3, TuA21.2, TuA21.3, WeB03.4, WeC03.5, WeC15.6
Sensor integration and perceptionTuCT2.7, TuCT2.10, TuCT3.13, WeB01.5, WeC03.5
Sensor networksFrA07.1, FrA07.2, FrA07.4, FrB03.2, FrB10.4, MoB10.6, MoC17.2, ThC17.3, TuBT1.13, TuBT3.4, WeB02.2, WeB10.5
Sensors and actuatorsTuB12.5
Service engineering applicationsMoBT1.8, TuB21.2
Shared control, cooperation and degree of automationThB02.4, ThB02.5, ThC13.4, TuB17.1, TuB17.2, TuB17.3, TuB17.4
Signal and identification-based methodsFrA11.4, FrB02.5, FrB17.5
Simulation tools and commercial softwareWeC15.3
Singularities in optimizationMoA11.2, MoC03.3, TuA06.1, WeCT1.8, WeCT1.11
Sliding mode controlFrA08.1, MoA04.1, MoA04.2, MoA04.3, MoA04.4, MoA04.5, MoA05.6, MoB04.1, MoB04.2, MoB04.3, MoB04.4, MoB04.5, MoB05.6, MoC04.1, MoC04.2, MoC04.4, MoC04.6, ThA18.3, ThA19.3, ThA19.5, ThB16.5, TuA06.1, TuA06.2, TuA06.3, TuA06.4, TuA06.5, TuA06.6, TuB03.4, TuBT2.10, TuC09.3, TuC17.1, WeA15.2
Smart assemblyWeA09.4
Smart energy gridsMoBT3.7, TuB03.6, TuB24.1
Smart factoryThC15.2, TuA23.2, TuA23.4, WeA14.4
Smart gridsFrA17.2, FrA19.2, FrA19.3, FrA19.5, FrA19.6, FrB19.1, FrB19.2, FrB19.3, FrB19.4, MoA15.4, MoBT2.12, ThA14.2, ThA14.3, ThA14.4, ThA14.6, ThB05.3, ThB24.1, ThB24.2, ThB24.3, ThB24.6, ThC24.1, ThC24.4, TuA08.3, TuC14.2, WeA16.1, WeA16.2, WeA16.5, WeA16.6, WeB08.4
Smart manufacturingFrA23.1, FrB23.2, MoA07.5, ThA09.6, ThB09.1, TuB21.6, TuC23.4, WeA09.3, WeA09.4, WeA23.1, WeA23.4, WeB23.1, WeB23.2, WeB23.4, WeBT3.5
Smart manufacturing systemsFrA01.2, FrA23.4, MoA07.5, ThA09.1, TuB21.3, WeBT3.6, WeC21.3, WeCT3.5
Smart parkingMoB01.6, TuA01.5, WeC24.1
Smart structuresThA08.1, ThA08.2, ThA08.3, ThA08.4, ThA08.5, ThA08.6, TuC12.5, WeA12.1, WeB22.6, WeCT2.3
Social and environmental sustainabilityFrA22.3, MoA12.1, MoB01.1, ThB21.6, ThC09.2, ThC21.4, ThC21.5
Social and societal aspects of CPHS, and impact evaluationMoA12.2, MoB01.4, MoB01.5
Social computingWeC24.6
Social networks for automationTuC05.4
Social networks for smart citiesMoA01.6, MoB01.1, MoB01.2, MoBT1.6, MoC01.1, ThC09.1, ThC09.2, ThC09.3, ThC09.4, ThC09.5, WeC24.2, WeC24.6
Social resource planning and managementMoBT1.14, TuC05.1, TuC05.5
Social signal processingMoB01.2, MoBT1.6
Soft computing in controlMoC02.3, MoC21.5, ThB14.1, ThB14.2, TuB02.4
Software for system identificationTuBT3.8
Software sensors in agricultureThB19.1
Space exploration and transportationThBT1.4, WeB11.2, WeB11.3, WeB11.5
Stability and stabilization of hybrid systemsThC11.5, ThC11.6, WeB02.4, WeC09.6
Stability of delay systemsFrA04.6, MoA08.3, MoA08.6, MoB08.1, MoB08.5, ThC20.6, TuB13.6, WeB22.1, WeC14.5
Stability of distributed parameter systemsFrA04.5, FrB09.3, FrB09.4, FrB16.2, ThB20.1, ThC20.2, ThC20.6, TuB07.3, TuC17.1
Stability of hybrid systemsThBT2.7, TuBT2.15
Stability of nonlinear systemsFrA03.6, FrB04.3, FrB14.6, MoA04.1, MoA04.2, MoA04.4, MoA05.2, MoA05.3, MoA05.5, MoA05.6, MoA08.2, MoA18.6, MoA20.5, MoB04.3, MoB05.1, MoB05.2, MoB05.3, MoB05.4, MoB05.5, MoB05.6, MoB21.1, MoC11.1, MoC11.3, MoC24.5, MoCT2.6, ThA16.4, ThB08.1, ThB08.4, ThB20.1, ThBT2.10, ThC08.4, ThC16.5, ThC18.6, TuA05.3, TuA06.2, TuA06.6, TuA07.6, TuBT2.6, TuBT2.7, TuBT2.11, TuBT2.13, TuBT2.15, TuC04.5, TuC15.1, TuC15.3, WeA04.1, WeA05.2, WeB05.3, WeB19.1, WeBT1.5, WeC07.5, WeC14.3, WeCT1.9
Standardisation in agricultureThB19.2
Statistical analysisThC17.4, ThCT3.5, TuB13.1
Statistical inferenceFrA02.2, MoB06.4, ThB03.4, ThB07.5, ThCT1.3, TuBT3.12
Statistical methods/signal analysis for FDIFrA17.5, FrB17.3, FrB17.5, FrB20.5, MoA16.5, TuA11.4, WeB16.6
Stochastic adaptive controlMoC06.6, ThCT1.4, TuA20.6, WeB07.6
Stochastic controlFrA03.2, MoC06.6, ThA05.1, ThCT1.4, TuB13.2, TuB13.3, TuB13.4, TuB13.5, TuB13.6, TuBT1.11, TuC03.3, WeA07.1, WeA07.3, WeA07.4, WeA07.5, WeB07.6, WeC02.3, WeC24.5
Stochastic hybrid systemsThC11.5, WeB02.4
Stochastic optimal control problemsFrA14.5, FrB04.1, FrB04.2, FrB04.3, FrB04.4, FrB04.6, MoA24.6, MoB07.1, MoB07.2, MoB07.6, MoC03.4, TuA05.1, TuBT1.11, TuCT1.7, WeC24.3
Stochastic system identificationFrA02.2, MoC06.1, MoC06.3, TuC06.6, WeB09.3, WeB09.5
Stochastic system identification in signal processingMoA06.2, ThCT3.1, TuBT3.4, WeB06.1, WeC14.4
Structural analysis and residual evaluation methodsMoA16.2, MoA16.5, TuB16.5
Structural propertiesMoC07.3, ThA19.6, ThB20.3, ThC04.1, TuB08.6, TuBT2.8, TuC08.3, TuC08.4, WeC05.2
Subspace methodsFrA02.3, MoA06.2, TuB06.3, TuBT3.9, TuBT3.10, WeC14.2, WeC20.6
Sum-of-squaresFrA03.6
Supervision and testingThB06.1
Supervisory control and automataFrB07.1, FrB07.3, FrB07.4, FrB07.5, MoA10.1, MoC06.6, ThC11.4, TuB18.1, TuB18.3, TuB18.5, TuC19.5, WeB14.1, WeB14.3, WeB14.4, WeB14.5, WeB14.6
Supply chain management FrA01.4, FrA01.6, FrA23.5, FrA23.6, FrB01.1, FrB01.4, MoA09.1, MoB09.2, MoB09.3, MoC09.3, MoC09.5, ThA07.6, ThA09.3, ThA09.5, ThB09.5, ThCT2.4, TuC23.6, WeA09.6, WeBT3.2, WeCT3.1
Supply chains and networksFrA01.3, FrA01.6, FrA23.5, MoA07.2, MoA09.1, MoA09.3, MoB09.2, MoB09.5, MoC09.4, MoC09.5, TuC23.6, WeA09.1, WeA09.2, WeCT3.1, WeCT3.9, WeCT3.10
Sustainable ManufacturingMoA07.3, MoA07.6, MoB02.5, ThB09.1, TuB21.5, TuB21.6, WeA14.1
Swarm roboticsFrA13.6
Switching stability and controlMoB11.2, ThA19.4, ThA19.6, ThBT2.7, ThC11.6, TuA06.5, TuA17.4, TuBT2.14, TuC04.3, WeA20.6, WeC07.4
Synthesis of stochastic systemsTuB13.3, WeA07.1, WeA07.3, WeA07.5, WeB02.4
System analysis and optimizationFrA09.3, FrA09.6, FrB15.1, MoCT3.2, MoCT3.4, MoCT3.9, ThA05.2, ThA08.4, ThB15.1, ThBT3.9, ThCT2.5, TuB12.1, TuB18.6, WeB05.2
System identification and adaptive control of distributed parameter systemsThA18.1, TuB07.4, WeC05.6
System identification and modellingFrA20.1, FrA20.2, FrA20.3, FrA20.4, FrA20.6, FrB20.2, MoCT2.12, MoCT2.14, ThB04.5, TuC14.1, TuC14.4, TuC20.4, WeA16.2, WeC08.2
System integration and supervisionFrA12.6
Systems biologyMoA18.1, MoA18.5, WeA04.6, WeC04.5, WeC18.1, WeC18.6
Systems interoperabilityWeC21.1
Systems theoryMoBT1.2, MoBT1.4, MoCT1.12, MoCT1.13, TuB19.4, WeB21.3
Systems with saturationFrB08.6, ThB16.2, TuB08.4
TTop
Task and functional allocationThB02.4, ThC13.5, WeC12.1
Teaching curricula developments for control and other engineersMoA12.4, ThC21.1, TuC22.1, TuC22.2, TuC22.3, TuC22.4, TuC22.5, WeCT2.12
Technologies for control in transportationFrA05.4, MoA23.5, MoB15.2, MoC15.2, ThB12.6
Tele-maintenanceTuB02.6
Tele-medicineTuB17.4
Tele-roboticsTuB02.4, TuB02.6
Telecommunication-based automation systemsThC17.2, ThC17.3, ThCT2.7, TuB02.3, TuB02.5
TeleoperationFrB05.6, WeA21.4, WeB03.1
TeleroboticsFrA15.4, ThB02.3, ThC22.1, ThC22.2, ThC22.5
Test and documentationFrB19.5
Thermal and process control applications of distributed parameter systemsFrA04.5, ThA20.4, TuB07.5, TuBT2.3, TuC07.1, WeBT1.2
Time series modellingFrB24.6, ThA06.6, TuA04.2, TuA20.1, TuA20.5, TuB03.1, TuB06.1, TuB06.2, TuB06.3, TuB06.4, TuB06.6, WeB06.4, WeBT2.9
Time-delay systemsMoA08.1, MoA08.3, MoA08.4, MoA08.5, MoA08.6, MoB04.5, MoB07.1, MoB08.1, MoB08.2, MoB08.3, MoB08.4, MoB08.6, MoB10.3, MoC24.2, ThB20.4, ThBT1.12, ThBT2.1, ThC16.3, TuA05.1, TuB08.2, TuB09.1, TuC04.6, TuC08.5, WeC04.1, WeC14.1, WeC14.2, WeC14.3, WeC14.4, WeC14.5, WeC14.6
Time-invariant systemsMoA20.2, MoB08.3, MoC07.2, MoC07.4, MoC07.5, MoC24.3, ThB06.6, ThBT1.2, ThC06.6, TuA05.3, TuB08.3, TuC08.6, WeA19.4, WeA20.1, WeCT1.12
Time-varying systemsFrB08.5, MoA05.6, MoB05.1, MoB05.6, MoB24.3, ThA05.5, ThB16.4, ThBT2.2, ThC07.1, TuA19.3, TuB09.1, TuBT3.5, TuC16.1, TuC17.5, WeA04.2, WeB05.6
TrackingFrA10.5, FrB14.6, MoA04.5, MoC12.5, MoC20.6, ThA16.4, ThA16.5, ThA16.6, ThA18.4, ThB16.2, ThB18.5, ThBT2.4, ThC05.3, ThC05.4, TuB04.5, TuBT2.11
Traffic control systemsThB14.6, ThCT2.7, TuB02.5, WeA18.1, WeA18.5
Trajectory and path planningFrA05.5, FrA11.3, FrA21.1, FrA21.2, FrA21.3, FrA21.4, FrA21.5, FrB21.1, FrB21.2, FrB21.3, FrB21.5, FrB21.6, MoA11.2, MoA23.4, MoC16.3, MoC23.2, ThA10.4, ThA12.3, ThA12.5, ThA16.1, ThBT3.1, TuA16.2, TuB10.1, TuC16.6, TuCT2.4, TuCT2.6, TuCT2.13, WeB03.3
Trajectory tracking and path followingFrB11.5, FrB21.1, FrB21.4, MoB14.5, MoC20.6, ThA05.4, ThA12.3, ThB12.1, TuA21.2, TuCT2.1, TuCT2.4, WeA21.6, WeC05.5
UTop
UAVsFrA14.1, FrB22.3, MoB06.1, MoC05.2, ThA18.2, TuA07.1, TuA07.2, TuA07.3, TuA07.4, TuA07.5, TuA07.6, TuB03.4, TuB04.5, WeB21.5, WeC04.1
UAVs in agricultureFrA16.6, ThB19.3, ThB19.5
Uncertain systemsFrA03.1, FrA03.5, FrB06.2, MoA20.1, MoA20.2, MoA20.3, MoA20.4, MoA20.5, MoA24.5, MoB04.4, MoB06.3, MoB21.5, MoC03.2, MoC04.5, MoC04.6, MoC11.2, MoC11.4, MoC11.5, MoC11.6, MoC24.4, ThB05.1, ThB06.3, ThB06.4, ThB06.5, ThB20.5, ThB20.6, ThBT1.7, ThBT1.10, ThC06.2, ThC06.4, ThCT2.1, ThCT3.13, TuA19.6, TuC08.5, TuC17.6, TuCT1.8, TuCT1.10, WeB05.1, WeB05.5, WeB05.6, WeC18.1
Underwater roboticsFrPL.1, TuC11.4, WeC11.2
Universal access to technology and the digital divideThB21.1, ThB21.2
University-industry co-operation in control engineering educationMoCT1.2, MoCT1.3, MoCT1.4, TuC22.6
Unmanned marine vehiclesWeB03.5, WeB03.6, WeC03.3
Unmanned traffic management systemsMoA23.1
Urban healthcareMoA01.6, MoBT1.8, MoCT1.7, ThC09.1, ThC09.3, ThC09.4
Urban mobilityMoA01.1, MoB01.3, MoC01.1, MoCT1.10, MoCT1.12, ThC09.5, TuA01.3, TuA01.4, TuA01.5, TuC05.3
Urban mobility systemsFrA14.5, MoC15.3
VTop
Vehicle dynamic systemsFrA11.5, FrB02.1, FrB02.3, FrB11.2, MoA23.2, MoB14.4, MoC15.4, MoC15.5, MoC15.6, ThB12.5, TuB10.3, TuCT3.1, WeB01.1, WeB01.2, WeB01.3
Vibration and modal analysisFrA02.3, FrA06.1, MoA06.5, MoB11.6, ThBT1.9, TuC06.4
Vibration controlFrA09.4, FrA09.5, FrA09.6, FrB16.4, ThB15.6, ThC03.3, TuB12.3, TuC12.3, TuC12.5, WeB22.1, WeB22.2, WeB22.3, WeB22.4, WeB22.5, WeB22.6, WeCT2.2
Virtual and remote labsFrB03.5, ThC10.3, ThC10.6, WeCT2.12, WeCT2.13, WeCT2.15
Virtual classes, departments, laboratories and schoolsWeCT2.12
WTop
Wastewater treatment processesThC14.6, WeB18.5
Water quality and quantity managementMoB03.5, MoC17.5
Water supply and distribution systemsFrB01.3, TuC21.1, TuC21.6
Well-posed distributed parameter systemsThC20.4
Wireless sensing and control systemsFrB03.4, TuBT1.8, TuBT1.9, TuC19.4, WeA10.4
Work in real and virtual environmentsMoB20.5, ThBT3.6, ThC13.1, WeC12.2
YTop
Young engineers in controlMoBT1.7, MoBT1.13, MoCT1.5, MoCT1.6, MoCT1.8, MoCT1.11, MoCT1.13, MoCT1.14, ThB21.1, WeB21.3

 
 

 
 

 

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