| Paper Code | Title | Authors | Topic |
|---|
| Tu-M18-TO/4 | Parallel Estimators and Communication in Spacecraft Formations | Smith Roy, Hadaegh Fred Y. | 7.5 |
| We-E10-TO/2 | Parameter dependent H_infinity controller design by finite dimensional LMI optimization: application to trade-off dependent control | Marc Dinh, Scorletti Gerard, Fromion Vincent, Magarotto Eric | 2.5 |
| Fr-A19-TO/2 | Parameter estimation based on a switched observer for the study of left ventricle contractility | Valigi Paolo | 8.2 |
| Fr-A01-TP/6 | Parameter Estimation for a Biological System: Model and Experimentations | Lormel Corine, Autrique Laurent, Serra Jean-Jacques, Claudet Bernard | 8.2 |
| We-A01-TP/5 | Parameter Identification of the Pinhole Camera Vision System: An Enhanced Approach | Chen Chao-Kuang, Jang M.J., Chuang C.T. | 4.1 |
| Tu-E13-TO/2 | Parameter Reduction for LPV Systems via Principal Components Analysis | Kwiatkowski Andreas, Werner Herbert | 1.1 |
| Mo-A01-TP/10 | Parameter Stability MarginsfFor Polynomial Uncertainty Structures: A Polynomial Programming Approach | Bozorg Mohammad, Sherali Hanif D., Davison Edward J., Delavar-Khalafi Ali | 2.5 |
| We-M14-TO/6 | Parametric approach to optimal nonlinear control problem using orthogonal expansions | Tomas-Rodriguez Maria, Navarro-Hernandez C., Banks S.P. | 2.3 |
| Mo-E02-TP/2 | Parametric Identification of Static Nonlinearities in a General Interconnected System | Hsu Kenneth, Novara Carlo, Milanese Mario, Poolla Kameshwar | 1.1 |
| Mo-A15-TO/3 | Parametrization of all regularly implementing controllers | Trentelman H.L., Praagman C. | 2.2 |
| Th-A12-TO/4 | Parametrization of decentralized output feedback controllers and robust stabilization of large scale jump systems | Pakshin Pavel, Mitrofanov Igor | 2.1 |
| Tu-M22-TO/1 | Parametrization of supply rates for establishing ISS and prescribed dissipative properties of nonlinear interconnected systems | Ito Hiroshi | 2.3 |
| Mo-M15-TO/4 | Parametrizing all solutions of uncontrollable multidimensional linear systems | Robertz Daniel, Quadrat Alban | 2.2 |
| Th-E05-TP/14 | Pareto optimal feedforward constrained regulation of MIMO linear systems | Piazzi Aurelio, Visioli Antonio | 2.4 |
| Th-E02-TP/15 | Parkinson’s Disease: Modeling the Tremor and Optimizing the Treatment | Haeri Mohammad, Sarbaz Yashar, Gharibzadeh Shahriar | 1.1 |
| Mo-M11-TO/2 | Partial stability analysis by means of semidefinite Lyapunov functions | Ignatyev Alexander, Ignatyev Oleksiy | 2.3 |
| We-M04-TP/8 | Particle Swarm Optimization Approach for Multi-step-ahead Prediction using Radial Basis Function Neural Network | dos Santos Coelho Leandro, Sierakowski Cezar, Guerra Fábio | 3.2 |
| We-A21-TO/2 | Pass Schedule Optimization for a Tandem Cold Mill | Murakami Akira, Nakayama Makishi, Okamoto Mitsuo, Sano Kenichi, Tsuchihashi Tomoya, Abiko Yoji | 6.2 |
| Tu-E04-TO/6 | Passive Bilateral Control of Teleoperators under Constant Time-delay | Lee Dongjun, Spong Mark W. | 4.3 |
| Fr-M02-TP/11 | Passivity Analysis and Passification of Discrete-Time Hybrid Systems | Bianchini Gianni, Bemporad Alberto, Barbagli Federico, Brogi Filippo | 1.3 |
| Th-A03-TP/14 | Passivity and Passivity based Controller Design of a Class of Switched Control Systems | Saif Mehrdad, Chen Weitian | 2.3 |
| Tu-M06-TO/1 | Passivity Based Control and Optimization of a Silicon Process | Ruszkowski Martin, Read Mark, Kaiser Robert, Richardson Philip, Kern Tom, Ydstie B. Erik | 6.1 |
| Mo-A03-TP/14 | Passivity based control of a seismically excited building | Alvarez-Icaza Luis, Cornejo Cecilia | 2.1 |
| Tu-A22-TO/2 | Passivity-based Approach to Problems of Robust Spatial Motion Control | Miroshnik Iliya | 2.3 |
| We-E20-TO/3 | Passivity-based Control with Simultaneous Energy-shaping and Damping Injection: The Induction Motor Case Study | Espinosa-Perez Gerardo, Ortega Romeo | 2.3 |
| We-A04-TO/3 | Passivity-based Dynamic Visual Feedback Control with a Movable Camera | Murao Toshiyuki, Kawai Hiroyuki, Fujita Masayuki | 4.3 |
| We-E04-TO/4 | Path Planning and Navigation in a Sparse World Space Environment | Zaremba Marek | 4.3 |
| Tu-M16-TO/4 | Path Planning for Automotive Collision Avoidance based on Elastic Bands | Brandt Thorsten, Sattel Thomas | 4.2 |
| Th-M02-TP/12 | Path planning for non linear systems using trigonometric splines | Mahout Vincent | 2.3 |
| Th-M21-TO/3 | Path Tracking of and Autonomous LHD Articulated Vehicle | Sasiadek Jurek, Lu Yi | 4.4 |
| Th-A02-TP/11 | Path-following for Linear Systems with Unstable Zero Dynamics | Dacic Dragan B., Kokotovic Petar V. | 2.2 |
| We-A03-TP/7 | Pattern Recognition Method for Off-Board Automotive Vehicle Failure Isolation | Charkaoui Nasser, Dubuisson Bernard, Ambroise Christophe, Boatas Armand | 6.4 |
| Mo-A03-TP/15 | Peak Controllers for Uncertain Linear Delayed Systems under Initial Conditions | Liu Fei, Li Suzhou | 2.1 |
| Tu-E01-TP/9 | Pension fund model design and state estimation | Straka Ondrej, Simandl Miroslav, Lesek Marek | 9.1 |
| Tu-A05-TO/6 | Performance Analysis for Directional Residual Based Fault Isolation | Hu Yongtong, Gertler Janos | 6.4 |
| Mo-E04-TO/2 | Performance Analysis of a Continuous Vision-based Control System for the Navigation of a Mobile Robot | Aracil Nicolas Garcia, Aracil Rafel, Perez Carlos, Sabater Jose Maria, Azorin Jose Maria, Reinoso Oscar, Saltarén Roque | 7.5 |
| Th-E13-TO/4 | Performance Analysis of Kalman-Based Filters and Particle Filters for Non-Linear/Non-Gaussian Bayesian Tracking | Shu Wenjie, Zheng Zhiqiang | 1.1 |
| We-M02-TP/14 | Performance Analysis of the Confidentiality Service in CAN | León Chávez Miguel Angel, Rodriguez Henriquez Francisco | 7.1 |
| We-E05-TO/4 | Performance Evaluation and Optimization of a Two-stage Production-sistribution System with Batch Orders and Finite Transportation Time | Li Jie, Sava Alexandru, Xie Xiaolan | 5.1 |
| We-M11-TO/5 | Performance Limitations in Control Systems with Sensor Time Delays | Davison Daniel, Tonita Robert | 2.2 |
| We-M05-TO/3 | Performance Monitoring of Control loops in Irrigation Channels using reference models | Weyer Erik, Zhang Ping | 6.4 |
| We-E02-TP/4 | Performance of nonlinear queue management algorithms in best-effort networks | Lehto Timo, Koivisto Hannu, Ekola Teemu, Laurikkala Mikko | 3.1 |
| We-M20-TO/2 | Performance Optimization of Large Control Systems – Case Study on a Continuous Pulp Digester | Halmevaara Kalle, Hyötyniemi Heikki | 6.1 |
| We-M04-TO/5 | Performance Tuning for a New Class of Globally Stable Controllers for Robot Manipulators | Kasac Josip, Novakovic Branko, Majetic Dubravko, Brezak Danko | 4.3 |
| Tu-E20-TO/2 | Periodic Disturbance Rejection with an Internal Model-Based H2 Optimal Controller | Kinney C.E., de Callafon R.A., Dunens E., Bargerhuff R., Bash C.E. | 1.2 |
| Th-A03-TP/15 | Persistent motion and chaos in attitude control with switching actuators | Kienitz Karl, Mesquita Alexandre | 2.3 |
| We-E12-TO/4 | Perturbation Analysis and Feedback Control of Communication Networks Using Stochastic Hybrid Models | Cassandras Christos G., Yu Haining | 1.3 |
| Mo-A01-TP/11 | Perturbation Analysis for the Complex Matrix Equation X - A^H *sqrt(X^(-1)) A=I | Angelova Vera, Konstantinov Mihail, Petkov Petko, Popchev Ivan | 2.5 |
| Th-M22-TO/5 | Petri Net Toolbox for Matlab in Web-based Analysis and Design of Discrete-event Systems | Matcovschi Mihaela-Hanako, Lefter Claudiu, Mahulea Cristian, Pastravanu Octavian | 9.4 |
| We-M13-TO/2 | Physical consistency of the hysteretic Bouc-Wen model | Ikhouane Faycal, Rodellar Jose | 1.1 |
| We-E12-TO/5 | Physical Switching Systems: Hybrid Incidence Matrices for Structured Modelling and Analysis | Valentin Claire, Magos Miguel, Maschke Bernhard | 1.3 |
| We-E20-TO/7 | Physical System Modelling and New Control Paradigms | | 2.3 |
| Mo-M03-TP/9 | PI Autotuners based on Biased Relay Identification | Prokop Roman, Korbel Jiri, Matusu Radek | 2.1 |
| Th-A19-TO/6 | PID Control Design for Rehabilitation by Quasi-isometric Training in Paraplegia: A Simulation Study | Previdi Fabio, Ferrarin Maurizio, Savaresi Sergio M., Bittanti Sergio | 8.2 |
| Tu-A04-TP/14 | PID Controller Approximating GMVC with Pole-Placement Using Steady-State Predictive Output | Sato Takao, Inoue Akira | 6.1 |
| We-A11-TO/4 | PID Controller Design for Multivariable Systems Using Gershgorin Bands | Garcia Daniel, Karimi Alireza, Longchamp Roland | 2.2 |
| We-A11-TO/3 | PID Controller Design with Specifications on the Infinity-Norm of Sensitivity Functions | Garcia Daniel, Karimi Alireza, Longchamp Roland | 2.2 |
| Tu-M21-TO/4 | PID Controller Synthesis Free of Analytical Models | Keel L.H., Bhattacharyya S.P. | 2.1 |
| We-E07-TO/5 | PID controllers and their tuning for EGR and VGT control in diesel engines | Wahlström Johan, Eriksson Lars, Nielsen Lars, Pettersson Magnus | 7.1 |
| Mo-A03-TP/13 | PID-P Controller for TITO Systems | Majhi Somanath, Padhy Prabin K., Atherton Derek P. | 2.1 |
| We-M19-TO/3 | Piecewise-Constant Control Signal for Predator-Prey Systems: Application to Ecological Recovery | Silveira Hector, Pagano Daniel | 8.3 |
| Th-M17-TO/3 | Planned Lead-times Design in Stochastic Multistage Assembly Systems | Song Dong-Ping, Hicks C., Earl C.F. | 5.2 |
| Tu-A18-TO/5 | Planning Algorithms for Autonomous Aerial Vehicle | Chanthery Elodie, Barbier Magali, Farges Jean-Loup | 7.5 |
| Mo-E01-TP/9 | Plant Data Visualization Using Non-Negative Matrix Factorization | Tapson Jonathan, Greene John | 6.4 |
| Th-M09-TO/2 | Platform for Advanced Control Applications | Beran Jaroslav, Horn Brian, Findejs Jiri, Havlena Vladimir, Rozloznik Mikulas | 3.1 |
| Th-E22-TO/4 | Platform for monitoring and controlling educational laboratory processes over Internet | Pohjola Mikael, Eriksson Lasse, Hölttä Vesa, Oksanen Timo | 9.4 |
| Fr-M02-TO/1 | PMID Observer Design for Unknown Input Generalized Dynamical Systems | Gao Zhiwei, Ding Steven X | 1.1 |
| Tu-E06-TO/5 | POD based model approximation for an industrial glass feeder | Weiland Siep, Astrid Patricia | 6.1 |
| We-A10-TO/2 | Pole Placement Controller based on Robust Internal-loop Compensator for High-accuracy Linear Motion System | Park Jung-il, Jeong Seong-Hyun., Lee Suk-Gyu. | 2.1 |
| Th-E01-TP/12 | Pole placement in infinite dimensions and functional models of linear operators | Yakubovich Dmitry | 2.2 |
| Fr-A08-TO/1 | Pole Placement via Output Feedback: A Methodology based in Projections | Yang Kaiyang, Orsi Robert | 2.1 |
| Mo-M02-TP/15 | Pole-Zero Approximations of Digital Fractional-Order Integrators and Differentiators Using Signal Modeling Techniques | Barbosa Ramiro S., Tenreiro Machado J. A., Ferreira Isabel M. | 1.1 |
| Fr-M01-TP/18 | Polmat: MuPAD library for polynomial matrices. | Augusta Petr, Hurak Zdenek | 9.4 |
| Fr-M22-TO/6 | Polynomial Matrix Approach to Independent Component Analysis: (Part I) Basics | Sugimoto Kenji, Nitta Masuhiro | 2.1 |
| Fr-A22-TO/1 | Polynomial Matrix Approach to Independent Component Analysis: (Part II) Application | Sugimoto Kenji, Suzuki Arata, Nitta Masuhiro, Adachi Naotoshi | 2.1 |
| Th-E10-TO/4 | Polynomially parameter-dependent Lyapunov functions for robust H-infinity performance analysis | Chesi Graziano, Garulli Andrea, Tesi Alberto, Vicino Antonio | 2.5 |
| Th-A13-TO/4 | Port representations of the telegrapher's equations | Villegas Javier, Zwart Hans, van der Schaft Arjan | 1.1 |
| We-E20-TO/2 | Port-Based Control of a Compass-Gait Bipedal Robot | Duindam Vincent, Stramigioli Stefano | 2.3 |
| Th-M21-TO/5 | POSCO Yard Crane Automation | Won Sangchul, Kim Sang-un, Choi Seung-Gap, Choi Chintae | 6.2 |
| Tu-A18-TO/6 | Position Calibration of a Mobile Robot Based on 3D Vision | Ruangpayoongsak Niramon, Roth Hubert, Schwarte Rudolf | 7.5 |
| We-M04-TP/9 | Position Control for LMCTS with Nonlinear Friction and Detent Force using DR-FNN Controller | Lee Jin Woo, Suh Jin Ho, Lee Young Jin, Nam Hyun Do, Lee Kwon Soon | 3.2 |
| Mo-E16-TO/4 | Position Control of a Levitating Magnetic Actuator- Applications to Microsystems | Stepanek Jiri, Rostaing Herve, Lesecq Suzanne, Delamare Jerome, Cugat Orphee | 4.2 |
| Tu-E19-TO/2 | Position Estimation and Modeling of a Flexible Industrial Robot | Norrlöf Mikael, Karlsson Rickard | 4.3 |
| We-A08-TO/5 | Positive control of Lotka-Volterra systems | Grognard Frédéric, Gouzé J.-L. | 2.3 |
| Tu-E04-TP/18 | Positivstellensatz Certificates for Non-Feasibility of Connectivity Graphs in Multi-agent Coordination | Muhammad Abubakr, Egerstedt Magnus | 4.3 |
| We-M01-TP/6 | Possibilistic robust control for fuzzy plants: controlling performance degradation | Bondia Company Jorge, Sala Piqueras Antonio, Picó Marco Jesús | 3.2 |
| We-E15-TO/3 | Power control in WCDMA networks: a queue-based approach | Chisci Luigi, Fantacci Romano, Mucchi Lorenzo, Pecorella Tommaso | 3.3 |
| Tu-E04-TP/19 | Practical Swing-up controller design for a cart-type single inverted pendulum having a serial second pendulum as parasitic dynamics | Inoue Arika, Deng Mingcong, Kosugi Masaaki, Henmi Tomohiro | 4.3 |
| Tu-A03-TO/6 | Precise Positioning of Piezo-Actuated Stages Using Hysteresis-Observer Based Control | Lin Chih-Jer, Yang Sheng-Ren | 2.1 |
| We-M20-TO/5 | Prediction and Control of Blow-line Kappa Number | Rantanen Rami, Ahvenlampi Timo, Tervaskanto Manne, Kortela Urpo, Korhonen Aki | 6.1 |
| Tu-E02-TO/3 | Prediction Error Vs Subspace methods in closed loop identification | Chiuso Alessandro, Picci Giorgio | 1.1 |
| Th-M19-TO/5 | Prediction of Low Frequency Blood Pressure Oscillations via a Combined Heart/Resistance Model | Ringwood John, Kinnane Oliver, Malpas Simon | 8.2 |
| Fr-A02-TP/9 | Prediction of transcriptional start sites of genes using asymptotic local approach | Chan C. W., Yeung W. K. | 8.2 |
| Tu-A02-TP/6 | Predictive Adaptive feedforward control of a time scaled solar plant | Neves-Silva Rui, Lemos Joao | 1.2 |
| Tu-E04-TP/20 | Predictive computed-torque control of a PUMA 560 manipulator robot | Becerra Victor, Cook Steven, Deng Jiamei | 4.3 |
| We-A09-TO/5 | Predictive Control Applied to Planar Parallel Robots | Belda Květoslav, Böhm Josef, Valášek Michael | 2.1 |
| Tu-A04-TP/15 | Predictive Control of a Process with Variable Dead-time | Prada Cesar de, Cristea Smaranda, de Keyser Robin | 6.1 |
| We-M15-TO/2 | Predictive Control of Networked Systems with Random Delays | Liu Guoping, Xia Y, Rees D | 3.1 |
| Mo-M03-TP/10 | Predictive Functional Control of Integrating Process based on Impulse Response | Zhang Bin, Li Ping, Zhang Wei-dong | 2.1 |
| We-E19-TO/3 | Predictive on-off Cost Minimizing Control of a Municipal Waste Water Treatment Plant | Schmitz Ulrich, Haber Robert, Lang Frank | 8.3 |
| Tu-A20-TO/5 | Preliminary results about anti-windup strategy for systems subject to actuator and sensor saturations | Tarbouriech Sophie, Garcia Germain | 2.3 |
| Fr-A02-TP/10 | Preliminary Study of the Heart Rate Variability as a Indicator of the Interaction between the Glycaemia Regulation System and the Autonomous Nervous System | Viñas Pablo Francisco, Cánepa Lázaro Gorostiaga, Lázaro Enrique Baeyens, Turiel Javier Pérez, González José Ramón Perán | 8.2 |
| We-A08-TO/6 | Price-Based Resource Allocation in CDMA Networks and Stability Analysis | Yang Bo, Guan Xinping, Long Chengnian | 2.3 |
| Th-E20-TO/4 | Price-Driven Coordination for Solving Plant-Wide MPC Problems | Forbes Fraser, Cheng Ruoyu, Yip W. San | 6.1 |
| We-A15-TO/5 | Primal and dual approaches to distributed cross-layer optimization | Johansson Björn, Johansson Mikael | 3.3 |
| Th-E21-TO/1 | Privacy, Patients and Healthcare Workers | Carew Peter, Stapleton Larry | 9.5 |
| Mo-A21-TO/3 | Probabilistic Robust Parallel Design of the Subsystems Constituting a Complex System | Mahmoud Haitham, Kabamba Pierre, Ulsoy A. Galip, Brusher Gerald | 5.4 |
| Th-E05-TO/4 | Probabilistic safety assessment of control laws based on IEC standards | Suyama Koichi | 6.4 |
| Tu-M18-TO/5 | Probabilistic Validation of Advanced Driver Assistance Systems | Gietelink Olaf, De Schutter Bart, Verhaegen Michel | 7.5 |
| Th-M13-TO/4 | Process Algebraic Approach to Hybrid Systems | Krilavicius Tomas, Brinksma Ed, Usenko Yaroslav S. | 1.3 |
| Tu-A19-TO/6 | Process Analytical Technology (PAT) Applications in Bioprocess Engineering | Lopes João A., Alves Teresa P., Menezes Jose C. | 8.4 |
| Th-A06-TO/2 | Process Control of an Open Plate Reactor | Haugwitz Staffan, Hagander Per | 6.1 |
| We-A03-TP/8 | Process Fault Diagnosis using Recursive Multivariate Statistical Process Control | Wang Xun, Krüger Uwe, Irwin George W. | 6.4 |
| We-A09-TO/6 | Process Integrated Design within a Model Predictive Control Framework | Francisco Mario, Vega Pastora, Pérez Omar | 2.1 |
| Fr-M01-TP/6 | Process Models for a New Control Education Laboratory | Klan Petr, Hofreiter Milan, Machacek Jiri, Modrlak Osvald, Smutny Lubomir, Vasek Vladimir | 9.4 |
| Tu-M03-TP/22 | Product Quality Improvement Using Multivariate Data Analysis | Kano Manabu, Fujiwara Koichi, Hasebe Shinji, Ohno Hiromu | 6.2 |
| Tu-E07-TO/1 | Production Automation & Control, Networking Innovation in Europe | Colombo Armando Walter, Hoepf Michael | 5.1 |
| We-M03-TP/9 | Production Planning under Stochastic Time-varying Demand: Flexible Service Level Approach | Rantala Juuso, Koivisto Hannu | 5.2 |
| Tu-E02-TP/15 | Production Process Management System for Production Indices Optimization of Mineral Processing | Huang Xiaoling, Chu Yangang, Hu Yi, Chai Tianyou | 5.4 |
| We-A05-TO/5 | Programmable Safety in the Automobile Industry | Chaves Fabio | 6.4 |
| We-E22-TO/1 | Programming and computing tools for jet engine control design | Vary Florian, Reberga Luc | 2.1 |
| Fr-M18-TO/1 | Progress in mini-helicopter tracking with a 3D laser range-finder | Martinez Jorge, Pequeno-Boter Alejandro, Mandow Anthony, García-Cerezo Alfonso, Morales Jesus | 4.3 |
| Mo-E14-TO/2 | Proof-mass inertial vibration control using a shunted electromagnetic transducer. | Fleming Andrew, Moheimani Reza | 4.2 |
| We-E01-TP/5 | Proposal of a Framework for the Evaluation and Comparison of Production Schedules | Bandinelli Romeo, Cavalieri Sergio, Terzi Sergio | 5.1 |
| Fr-A03-TP/12 | Prosthetic Protocol Definition Realizing an Applicative Profile Based Upon I²C Standard | Banzi Stefano, Mainardi Elena, Davalli Angelo | 8.2 |
| We-M20-TO/1 | Pulp Bleaching Control and Optimization | Perrier Michel, Major Danielle, Gendron Sylvain, Lupien Bernard | 6.1 |
