| Paper Code | Title | Authors | Topic |
|---|
| Th-E02-TP/8 | Face identification using multiple combination strategy for human robot interaction | Kim Do-Hyung, Lee Jae-Yeon, Cha Eui-Young, Cho Young-Jo | 1.1 |
| Mo-M05-TO/5 | Fault Detection and Identification for Uncertain Linear Neutral Delay Systems | Jiang Canghua, Zhou D. H. | 6.4 |
| Mo-M05-TO/1 | Fault Detection and Identification of Actuator Faults using Linear Parameter Varying Models | Hallouzi Redouane, Verdult Vincent, Babuska Robert, Verhaegen Michel | 6.4 |
| We-M02-TP/9 | Fault Detection and Identification of Automotive Engines using Neural Networks | Gomm James Barry, Sangha Mahavir, Yu Dingli, Page George | 7.1 |
| Tu-A05-TO/3 | Fault Detection and Isolation using Correspondence Analysis | Gudi Ravindra, Detroja Ketan, Patwardhan Sachin | 6.4 |
| Tu-M03-TP/10 | Fault Detection Based on Probabilistic Robustness Techniques for Belt Conveyor Systems | Sader Mario, Noack René, Zhang Ping, Ding Steven X., Jeinsch Torsten | 6.2 |
| We-A05-TO/1 | Fault detection filter applied to structural health monitoring: experimental results | Liberatore Sauro, Speyer Jason, Chunliang Hsu Andy | 6.4 |
| Mo-E01-TP/5 | Fault Detection Filter for Nonlinear Systems using Linear Approximations | Navarro Hernandez Claudia, Crusca Francesco, Aldeen Mohammad, Banks Steve | 6.4 |
| Tu-M05-TO/3 | Fault Detection Filter for Uncertain Fuzzy Systems: An LMI Approach | Nguang Sing Kiong, Shi Peng, Ding Steven | 6.4 |
| Mo-M03-TP/5 | Fault Detection of Actuators in Superheaters Temperature | Vinatoru Matei, Iancu Eugen | 2.1 |
| Mo-E17-TO/4 | Fault Detection of Discrete Event Systems using an Identification Approach | Klein Stephane, Litz Lothar, Lesage Jean-Jacques | 5.1 |
| Mo-M05-TO/6 | Fault Detection using Radial Basis Function Network and Polygonal Line | Bhushan Bharat, Romagnoli Jose A., Wang Dawei | 6.4 |
| Mo-A18-TO/4 | Fault Detection with Non-linear Nuisance Parameters and Safe Train Navigation | Lacresse Hervé, Grall Antoine, Nikiforov Igor | 7.4 |
| Tu-M03-TP/11 | Fault Diagnosis Expert System using Neural Networks for Roasting Process | Yan Ai-jun, Wu Feng-hua, Chai Tian-you | 6.2 |
| Tu-A12-TO/4 | Fault diagnosis for distributed asynchronous dynamically reconfigured discrete event systems | Haar Stefan, Benveniste Albert, Fabre Eric, Jard Claude | 1.3 |
| Tu-E18-TO/3 | Fault Diagnosis of Roll Shape under the Speed Change in Hot Rolling Mill | Shin Kee Hyun, Lee Chang Woo, Kang Hyun Kyoo, Park Cheol Jae | 6.2 |
| Th-M01-TP/12 | Fault Diagnosis under Multiple Sequential Faults of the Rain-gauge Network used to Control the Barcelona Sewer System | Quevedo Joseba, Figueras Jaume, Puig Vicenç | 8.3 |
| Mo-E01-TP/6 | Fault Diagnosis using Neuro-Fuzzy Systems with Local Recurrent Structure | Mirea Letitia, Patton Ron J. | 6.4 |
| Mo-M17-TO/5 | Fault recovering taskblocks and control synthesis for a class of condition systems | Ashley Jeffrey, Holloway Lawrence E., Dangoumau Nathalie | 5.1 |
| Th-E05-TO/1 | Fault Tolerance of Multihop Wireless Networks | Wu N. Eva, Li Xiaohua, Busch Timothy | 6.4 |
| Th-E05-TO/2 | Fault tolerant control : the pseudo-inverse method revisited | Staroswiecki Marcel | 6.4 |
| Th-E05-TO/6 | Fault Tolerant Control Design of Nonlinear Systems using LMI Gain Synthesis | Rodrigues Mickael, Theilliol Didier, Sauter Dominique | 6.4 |
| Fr-M05-TO/3 | Fault Tolerant Control Method Based on Cost and Reliability Analysis | Guenab Fateh, Theilliol Didier, Weber Philippe, Ponsart Jean-Christophe, Sauter Dominique | 6.4 |
| We-E22-TO/4 | Fault Tolerant Multivariable Control of a Military Turbofan Engine | Ring Dan, Christiansson Anna-Karin, Härefors Melker | 2.1 |
| Tu-E04-TP/8 | Fault-tolerant system based on output feedback H-infinity Markovian control for manipulator robots | Siqueira Adriano, Buosi Cleber, Terra Marco | 4.3 |
| Mo-E01-TP/7 | Fault-Tolerant Time-Invariant Feedback Control | Sala Antonio, Albertos Pedro | 6.4 |
| Th-E02-TP/9 | Feature Extraction of Human Sleep EEG based on a Peak Frequency Analysis | Inoue Katsuhiro, Tsujihata Tomohiro, Kumamaru Kousuke, Matsuoka Shigeaki | 1.1 |
| We-E04-TP/5 | Federated Information Mode-Matched Filter in an IMM Algorithm | Kim Yong-Shik, Hong Keum-Shik | 7.5 |
| Mo-M12-TO/1 | Feedback Control Logic for Backward Conflict Free Choice Nets | Basile Francesco, Carbone Ciro, Chiacchio Pasquale | 1.3 |
| Mo-M01-TP/2 | Feedback Control System Design for a Fresh Cheese Separator | Hoyer Markus, Schumann Reimar, Wüst Eberhard, Premier Guiliano C. | 8.4 |
| Th-A16-TO/3 | Feedback Linearization Control for a Distributed Solar Collector Field | Cirre Cristina Martínez, Gutiérrez Loreto Valenzuela, Soria Manuel Berenguel, Camacho Eduardo Fernández | 6.3 |
| Th-M12-TO/3 | Feedback linearization of piecewise linear systems | Camlibel Kanat, Ustoglu Ilker | 2.2 |
| We-A08-TO/3 | Feedback Regulation of a DC Motor via Interconnection and Damping Assignment | Rios-Bolivar Miguel, Morillo Atilio, Acosta Vivian | 2.3 |
| Th-E04-TP/4 | Femlab-Based Output Regulation of Nonhyperbolically Nonminimum Phase System and its Real-Time Implementation | Rehak Branislav, Orozco-Mora Jorge, Celikovsky Sergej, Ruis-Leon Javier | 2.3 |
| Tu-A05-TP/5 | Fieldbus Integration to the Realtime Ethernet Standard PROFINET | Jasperneite Juergen | 3.3 |
| Fr-A07-TO/1 | Filtering Problem for Discrete Volterra Equations with Combined Disturbances | Matasov Alexander, Bashkov Alexander, De Nicolao Giuseppe, Kolmanovskii Vladimir | 1.4 |
| Tu-E20-TO/4 | Filtering Structural Modes in Aircraft: Notch Filters VS Kalman Filters | Halsey Scott, Goodall Roger, Caldwell Brian, Pearson John | 1.2 |
| Fr-M06-TO/2 | Finite Horizon Optimizing Control of Advanced SMB Chromatographic Processes | Toumi A., Diehl M., Engell S., Bock H.G., Schloeder J.P. | 6.1 |
| We-M09-TO/5 | Finite Horizon Robust Model Predictive Control Using Linear Matrix Inequalities | Chu Danlei, Chen Tongwen, Marquez Horacio J. | 2.1 |
| Th-A05-TO/5 | Finite Memory Observer for Switching Systems: Application to Diagnosis | Hocine Abdelfettah, Maquin Didier, Ragot José | 6.4 |
| Tu-A22-TO/3 | Finite-dimensional Controller Design for Nonlinear Evolution Equations using Inertial Forms | Coca Daniel | 2.3 |
| Th-A02-TP/6 | Finite-dimensional models in evaluating the H_2 norm of continuous-time periodic systems | Zhou Jun, Hagiwara Tomomichi | 2.2 |
| Mo-M02-TP/8 | Finite-Frequency Identification: Selftuning of Test Signal | Alexandrov Albert | 1.1 |
| We-E11-TO/6 | Finite-time output feedback control of discrete-time systems | Amato Francesco, Ariola Marco, Carbone Marco, Cosentino Carlo | 2.1 |
| Tu-M22-TO/4 | Finite-Time Stabilization of Nonsmoothly Stabilizable Systems | Yang Bo, Lin Wei | 2.3 |
| Fr-M18-TO/3 | Fire detection using autonomous aerial vehicles with infrared and visual cameras | Martínez-de-Dios J. Ramiro, Merino Luis, Ollero Anibal | 4.3 |
| Th-E19-TO/5 | First and Second Order Sliding Mode Regularization Techniques: the Approximability Property | Punta Elisabetta, Bartolini Giorgio, Zolezzi Tullio | 2.3 |
| We-A19-TO/6 | First Results of Predictive Control Application on Water Supply and Distribution in Santiago-Chile | Quevedo Joseba, Cembrano Gabriela, Puig Vicenç, Perez Ramon, Figueras Jaume, Ramon Gustavo | 8.3 |
| Th-M20-TO/6 | Fish Farm Automation | Burget Pavel, Pachner Daniel | 8.1 |
| Mo-A16-TO/2 | Fixed order PQ-Control Design Method for a Dual-Stage Instrumented Suspension | Graham M., Oosterbosch R.J.M., de Callafon R.A. | 4.2 |
| Tu-A11-TO/6 | Fixed Poles for Non Minimal Systems: a Geometric Approach | Malabre Michel | 2.2 |
| We-A10-TO/1 | Fixed structure PID controller design for standard H-infinity control problem | Saeki Masami | 2.1 |
| Mo-M03-TP/6 | Fixed-Order Control of Active Suspension: A Hybrid Approach | Farag Adel, Werner Herbert | 2.1 |
| Th-A02-TP/7 | Flatness based control of linear time varying bond graphs | Ali Achir, Andaloussi Chafik, Sueur Christophe | 2.2 |
| Mo-A08-TO/3 | Flatness based Optimal Noncausal Output-Transitions for Constrained SISO Nonlinear Systems | Wang Guoli, Allgower Frank | 2.3 |
| Mo-E05-TO/2 | Flatness for Actuators Monitoring in Process Engineering | El Osta Wassim, Bouamama Belkacem Ould, Sueur Christophe | 6.4 |
| Tu-E04-TO/4 | Flatness-Based Control of a Parallel Robot Actuated by Pneumatic Muscles | Aschemann Harald, Hofer Eberhard P. | 4.3 |
| Mo-E02-TO/1 | Flexible Aerospace Vehicles Simulation and Nonlinear Control Synthesis | Nebylov Alexander, Brodsky Sergey, Panferov Alexander | 7.3 |
| We-E12-TO/2 | Flow Control for Continuous Petri Net Models of HDS : Stability Issues | Lefebvre Dimitri, Thomas Philippe, Leclercq Edouard, Druaux Fabrice | 1.3 |
| We-A09-TO/3 | FMPC: a fast implementation of model predictive control | Milanese Mario, Canale Massimo | 2.1 |
| Tu-E19-TO/5 | Force control and exponential stability for one-link flexible arm | Endo Takahiro, Matsuno Fumitoshi | 4.3 |
| Tu-E04-TO/5 | Forcefree Control with Independent Compensation for Industrial Articulated Robot Arm | Goto Satoru, Ishida Yuji, Kyura Nobuhiro, Nakamura Masatoshi | 4.3 |
| We-M19-TO/5 | Forest Fire Dynamic Hazard Assessment and Pre-operational Resource Allocation | Gaetani Francesco, Fiorucci Paolo, Minciardi Riccardo, Trasforini Eva | 8.3 |
| Tu-E01-TP/4 | Formal Description of Decision Processes | Cserny Laszlo | 9.1 |
| Th-E02-TO/2 | Formal Linearization of Nonlinear Time-Varying Dynamic Systems using Chebyshev and Laguerre Polynomials | Takata Hitoshi, Komatsu Kazuo, Sano Hideki | 1.1 |
| Th-E09-TO/4 | Formal Modelling of Industrial Distributed Control Systems | Marcos Marga, Estevez Elisabet | 3.1 |
| We-M19-TO/6 | Formalised Model Representation for Wastewater Systems | Alex Jens, Ogurek Michael, Jumar Ulrich | 8.3 |
| Th-E04-TO/4 | Formated Navigation of Mobile Robots using Distributed Leader-Follower Control | Fujimori Atsushi, Fujimoto Takeshi, Bohacs Gabor | 4.3 |
| Fr-M18-TO/4 | Formation Control of Autonomous Underwater Vehicles | Yamakita Masaki, Ikeda Takashi, Mita Tsutomu | 4.3 |
| Tu-M18-TO/2 | Formation stabilization of nonlinear vehicles based on dynamic inversion and passivity | Peni Tamas, Bokor Jozsef | 7.5 |
| We-A02-TP/14 | FPGA Based Real Time Simulation for Electrical Machines | Mei T.X., Zhou Y.J. | 6.3 |
| Mo-E01-TP/4 | FPRG: another view and propositions | Join Cedric, Boukhobza Taha, Hamelin Frederic, Sauter Dominique | 6.4 |
| We-E03-TP/4 | Fractional Robust Control to Delay Changes in Main Irrigation Canals | Rivas Perez Raul, Feliu Vicente, Castillo Fernando | 8.1 |
| Mo-E18-TO/6 | Freeway Traffic Control based on Neural Network Estimation | Sacco Nicola, Di Febbraro Angela | 7.4 |
| Mo-M02-TO/3 | Frequency-Domain Identification of Continuous-Time ARMA Models from Sampled Data | Gillberg Jonas, Ljung Lennart | 1.1 |
| Mo-E03-TO/5 | Frequency-Domain Identification of Continuous-Time Output Error Models from Sampled Data | Gillberg Jonas, Ljung Lennart | 1.1 |
| Tu-E03-TP/5 | Friction Identification and Compensation in a DC Motor | Tjahjowidodo Tegoeh, Al-Bender Farid, Van Brussel Hendrik | 1.1 |
| Tu-E03-TP/4 | Friction Identification Based upon the LuGre and Maxwell Slip Models | Fassois Spilios, Rizos Demosthenis | 1.1 |
| Tu-E03-TP/6 | Friction identification with genetic algorithms | Vergé Michel | 1.1 |
| We-A04-TP/6 | Friction Modelling and Robust Adaptive Compensation | Marton Lorinc, Lantos Bela | 4.2 |
| We-E21-TO/1 | Friction Modelling of a Linear High-Precision Actuator | Zimmermann Jan, Sawodny Oliver, Hausotte Tino, Jaeger Gerd | 4.1 |
| We-E20-TO/4 | From conservation laws to port-Hamiltonian representations of distributed-parameter systems | van der Schaft Arjan, Maschke Bernhard | 2.3 |
| Fr-M19-TO/4 | From DNA Micro-arrays to Disease Classification: An Unsupervised Clustering Approach | Bittanti Sergio, Garatti Simone, Liberati Diego | 8.2 |
| We-A07-TO/5 | From Driver Modelling to Human Machine Interface Personalisation | Panou Maria, Cacciabue Nadia, Cacciabue Pietro Carlo, Bekiaris Evangelos | 4.1 |
| Tu-M01-PL/1 | From Electric Motors to Flexible Manufacturing: Control Technology Drives Industrial Automation | Chand Sujeet | 3.1 |
| Mo-E17-TO/3 | From Fault Tree Analysis to Model Checking of Logic Controllers | Barragan Santiago Israel, Faure Jean-Marc | 5.1 |
| We-E08-TO/1 | From Nonlinear Systems To Port Controlled Hamiltonian Systems | Cheng Daizhan, Ortega Romeo, Panteley Elena | 2.3 |
| We-A01-MS/1 | From Plant and Logistics Control to Multi-Enterprise Collaboration | Nof Shimon Y., Morel Gérard, Monostori Laszlo, Molina Arturo, Filip Florin | 5.1 |
| Fr-M01-TP/5 | From Tele-laboratory to E-learning in Automation Curricula at the University of Pisa | Caiti Andrea, Balestrino A., Bicchi A., Calabrò V., Cecchini T., Coppelli A., Pallottino L. | 9.4 |
| Tu-M06-TO/3 | Fuel Efficient Model Predictive Control of PEM Fuel Cells | Golbert Joshua, Lewin Daniel | 6.1 |
| Tu-E20-TO/3 | Fully Adaptive Semi-active Control of Vibration Isolation by MR Damper | Terasawa Takashi, Sano Akira | 1.2 |
| Tu-E02-TP/12 | Fully Automated Test-Plant for Calibration | Dedinak Andreas, Studecker Wolfgang, Witt Alfons | 5.4 |
| We-E01-TP/11 | Functional Analysis and T-S Fuzzy System Design | Qiu Renxi, Pham D.T. | 5.1 |
| Mo-M02-TP/9 | Fundamental Filtering Limitations in Linear Non-Gaussian Systems | Hendeby Gustaf, Gustafsson Fredrik | 1.1 |
| Tu-E03-TO/1 | Further results on output regulation by pure error feedback | Byrnes Christopher, Isidori Alberto, Marconi Lorenzo | 2.3 |
| Tu-M18-TO/3 | Fusion of Hard and Soft Control for Uninhabited Aerial Vehicles | Hoover Randy C., Schoen Marco P., Subbaram Naidu D. | 7.5 |
| Mo-A03-TP/6 | Future Reference Trajectory Improvement in Self-Tuning I-PD Controller Based on Generalized Predictive Control Law | Sato Takao, Inoue Akira | 2.1 |
| Tu-A03-TP/9 | Fuzzy Activated Neural Models for Product Quality Monitoring in Refineries | Xibilia Maria Gabriella, Fortuna Luigi, Graziani Salvatore, Barbalace Nicola | 6.1 |
| We-M02-TP/10 | Fuzzy Adaptive Sliding Mode Control for Vehicle Brake Systems | Yang Jung Hua, Yang Cheng Jer, Tseng Chyuan Yow | 7.1 |
| Tu-E08-TO/3 | Fuzzy Control of Combustion with Genetic Learning Automata | Himer Zoltán, Dévényi Géza, Kovács Jenő, Kortela Urpo | 6.3 |
| Tu-E09-TO/5 | Fuzzy estimation of the robot load | Rojko Andreja, Jezernik Karel | 3.2 |
| Th-M01-TP/13 | Fuzzy Logic Control of Integrated Wastewater Systems | Katebi Reza, Camilleri Flavia | 8.3 |
| We-M22-TO/2 | Fuzzy Neural Network's Application in Furnace Temperature Compensation Based on Rolling Information Feedback | Zhang Kaiju, Jin Di, Shao Cheng | 6.2 |
| Tu-M03-TP/12 | Fuzzy Neuron Hybrid Control for Continuous Steel Casting | Tao Jili, Wang Ning | 6.2 |
| Fr-M20-TO/6 | Fuzzy Optimization Of Cost Function in Product Mix Selection Problem | Vasant Pandian M., Barsoum Nadir N. | 9.3 |
| Tu-M03-TP/13 | Fuzzy Predictive Control of a Column Flotation Process | Vieira Susana, Sousa João, Durão Fernando | 6.2 |
| Tu-A03-TP/10 | Fuzzy robust tracking of a bioreactor | Garcia Sandoval Juan Paulo, Bernardino Castillo-Toledo, Victor Gonzalez-Alvarez | 6.1 |
