| Paper Code | Title | Authors | Topic |
|---|
| Th-M20-TO/4 | Daily Temperature Optimisation in Greenhouse by Reinforcement Learning | Tchamitchian Marc, Kittas Constantin, Bartzanas Thomas, Lykas Christos | 8.1 |
| We-E18-TO/4 | Damp by wire: magnetorheological dampers vs friction dampers | Stammers Charles, Guglielmino Emanuele, Edge Kevin A, Sireteanu Tudor, Stancioiu Danut | 4.2 |
| Mo-E07-TO/2 | Damping Power System Electromechanical Oscillations using a Robust Adaptive TCSC Controller | Ferreira Andre M D, Barreiros Jose A L, Barra Jr. Walter, Brito-de-Souza Jorge R., Tavares-da-Costa Jr. Carlos | 6.3 |
| We-A03-TP/2 | Data Access in Distributed Control Systems | Colnarič Matjaž, Verber Domen | 6.4 |
| We-A19-TO/1 | Data Based Mechanistic Modelling of a Snow Affected Basin | Castelletti Andrea, Pianosi Francesca, Soncini-Sessa Rodolfo, Young Peter C. | 8.3 |
| We-M22-TO/4 | Data Classification in Temperature Modelling of LD-KG Converter | Ruuska Jari, Ollila Seppo, Leiviskä Kauko | 6.2 |
| Th-A13-TO/6 | Data driven simulation with applications to system identification | Markovsky Ivan, Willems Jan C., Rapisarda Paolo, De Moor Bart L. M. | 1.1 |
| Tu-A02-TP/13 | Data Mining for Digital Mobile Telecommunication Network’s Quality of Service Performance Measurements | Vehviläinen Pekko | 1.2 |
| Tu-M06-TO/5 | Data mining techniques applied to power plant performance monitoring | Flynn Damian, Ritchie Julia, Cregan Michael | 6.1 |
| We-A03-TP/3 | Data reconciliation: a robust approach using contaminated distribution. Application to a petrochemical process. | Ragot José, Maquin Didier | 6.4 |
| Tu-A02-TO/4 | Data-based closed-loop system simulation | Li Faming, Skelton Robert E. | 1.1 |
| We-E11-TO/2 | Data-based LQ synthesis - A modification for error reduction | Chan Jenq-Tzong | 2.1 |
| Th-M04-TO/1 | Deadtime block compensation sliding mode control of linear system with delay | Loukianov Alexander, Espinosa-Guerra O., Castillo Toledo B. | 2.1 |
| Th-E01-MS/1 | Dealing with Bio- and Ecological Complexity: Challenges and Opportunities | Carson Ewart, Feng David Dagan, Pons Marie-Noëlle, Soncini-Sessa Rodolfo, van Straten Gerrit | 8.1 |
| Th-A05-TO/4 | Decentralised Diagnosis of Automata Networks | Neidig Jörg, Lunze Jan | 6.4 |
| Th-A09-TO/1 | Decentralised sliding mode control for nonminimum phase nonlinear interconnected systems | Spurgeon Sarah, Yan Xinggang, Edwards Christopher | 2.3 |
| Tu-E02-TP/9 | Decentralized Adaptive Robust Tracking and Model Following for Uncertain Large Scale Systems | Wu Hansheng | 5.4 |
| Fr-M04-TO/4 | Decentralized Control of Cooperative Robots without Velocity-Force Measurements | Arteaga Marco Antonio, Martinez-Rosas Juan C., Castillo-Sanchez Adrian M. | 4.3 |
| Mo-E21-TO/5 | Decentralized Control of Large Scale Systems via Disturbance Attenuation and Eigenstructure Assignment | Labibi Batool | 5.4 |
| Th-A12-TO/2 | Decentralized Control of Winding Systems: A Hybrid Evolutionary-Algebraic Approach | Farag Adel, Werner Herbert | 2.1 |
| Mo-M17-TO/6 | Decentralized Diagnosis of Event-Driven Systems for Safely Reacting to Failures | Qiu Wenbin, Kumar Ratnesh | 5.1 |
| We-M10-TO/4 | Decentralized Guaranteed Cost Control for Discrete-Time Uncertain Large-Scale Systems Using Neural Networks | Mukaidani Hiroaki, Ishii Yasuhisa, Tsuji Toshio | 2.5 |
| Mo-E21-TO/3 | Decentralized H2 Controller Design for Descriptor Systems: An LMI Approach | Zhai Guisheng, Yoshida Masaharu, Imae Joe, Kobayashi Tomoaki | 5.4 |
| We-M18-TO/2 | Decentralized Motion Control of Multiple Agents with Double Integrator Dynamics | Dimarogonas Dimos, Kyriakopoulos Kostas J. | 7.5 |
| Tu-E02-TP/3 | Decentralized Neural Control Structure | Benitez Victor H., Sanchez Edgar N., Loukianov Alexander G. | 5.4 |
| Mo-E07-TO/6 | Decentralized Nonlinear Control Design for Multi-machine Power Systems | de Leon-Morales Jesus, Georges Didier, Huerta-Guevara O. | 6.3 |
| Tu-E02-TP/10 | Decentralized Output Feedback Control of Large-Scale Interconnected Nonlinear Systems: The LMI Approach | Zhu Yongliang, Pagilla Prabhakar | 5.4 |
| Tu-E02-TP/4 | Decentralized Stochastic Control of Power Systems using Genetic Algorithms for Interaction Estimation | Dehghani Maryam, Afshar Ahmad, Nikravesh Seyyed Kamaleddin | 5.4 |
| We-A02-TP/18 | Decision Table Looking Up Approach for Fuzzy Logic Control of Multi-Area AGC Systems | Li Pingkang, Du Xiuxia | 6.3 |
| Mo-A17-TO/5 | Deductive Cause-Consequence Analysis (DCCA) | Ortmeier Frank, Reif Wolfgang, Schellhorn Gerhard | 5.1 |
| We-A09-TO/1 | Delayed Generalized Predictive Control of Bilateral Teleoperation Systems | Slama Tahar, Aubry Didier, Vieyres Pierre, Kratz Frédéric | 2.1 |
| Th-E05-TP/5 | Delayed time-varying H-infinity control design | Barabanov Andrey, Ghulchak Andrey | 2.4 |
| Th-A09-TO/3 | Delta-Modulated Feedback in Discretization of Sliding Mode Control | Xia Xiaohua, Zinober Alan SI | 2.3 |
| We-A20-TO/5 | Demand Estimation and Dynamic Modelling as Timber Products Industry SCM Tools | Laurikkala Heli, Ketonen Matti, Suominen Sami, Huttunen Pentti, Alaruka Jere | 6.1 |
| Tu-A05-TO/1 | Dempster-shafer Theory based Multi-class Support Vector Machines and their Applications | Zhonghui Hu, Rupo Yin, Yuangui Li, Xiaoming Xu | 6.4 |
| Tu-M01-TP/10 | Density and velocity estimation in traffic flow | Alvarez-Icaza Luis, Rosas-Jaimes Oscar | 7.4 |
| Mo-A17-TO/2 | Dependable Software in Railway Signaling | Johnson Timothy, Sutherland Hunt A., Ingleston Bart, Krogh Bruce H. | 5.1 |
| Mo-M19-TO/1 | Depth Control of the Infante AUV using Gain-scheduled Reduced-order Output Feedback | Silvestre Carlos, Pascoal Antonio | 7.2 |
| Mo-M03-TP/3 | Design and Control of a Steering Wheel Vibration Simulator | Mynderse James, Chiu George T.-C. | 2.1 |
| Tu-A03-TP/6 | Design and Control of Butyl Acrylate Reactive Distillation Column System | Chien I-Lung, Zeng Kai-Luen | 6.1 |
| We-A07-TO/2 | Design and Development of an Adaptive Integrated Driver-vehicle Interface: Overview of the Aide Project | Amditis Angelos, Andreone Luisa, Polychronopoulos Aris, Engström Johan | 4.1 |
| Fr-A21-TO/2 | Design and Development of Decision-making and Control System for Vision-based Soccer Robots | Xu Xinhe, Xue Fangzhen, Feng Ting | 7.5 |
| Tu-A04-TP/7 | Design and Experimental Evaluation of a Data-Based Self-Tuning PID Controller | Takao Kenji, Yamamoto Toru, Hinamoto Takao | 6.1 |
| We-E11-TO/3 | Design and experimental testing of a multivariable shape controller for the JET tokamak | Ambrosino Giuseppe, Ariola Marco, Pironti Alfredo, Sartori Filippo | 2.1 |
| Th-M17-TO/1 | Design and implementation of manufacturing automation system through international standards | Cataldo Andrea, Carpanzano Emanuele, Donà Marco | 5.2 |
| We-M09-TO/2 | Design and Implementation of Networked Predictive Control Systems | Chai Senchun, Liu G.P, Rees D | 2.1 |
| Tu-E02-TP/5 | Design and performance analysis of tracking controller of nonlinear composite systems using neural networks | Liu En-dong, Jing Yuan-wei, Zhang Si-ying, Zhang You | 5.4 |
| We-A04-TP/4 | Design and Realization of Programmable Emulator of Mechanical Loads | Macko Radovan, Žalman Milan | 4.2 |
| We-E21-TO/3 | Design considerations for electromechanical actuation in precision motion systems | Schneiders Maurice, Makarovic Juraj, van de Molengraft Rene', Steinbuch Maarten | 4.1 |
| Th-E16-TO/2 | Design Criteria Optimizing the Use of Fuel Cell Source in Electric Power System | Tricoli Pietro, D’Arco Salvatore, Iannuzzi Diego, Pagano Mario, Velotto Giovanni | 6.3 |
| Th-A21-TO/6 | Design in Collaboration: Existing Trends and Application to the Case of Conflict Handling with CO²MED Software | Lombard Muriel, Rose Bertrand, Ris Gabriel | 4.4 |
| Tu-A04-TO/1 | Design of a Coupled Longitudinal-lateral Trajectographic Driver Model | Lauffenburger Jean-Philippe, Basset Michel, Gissinger Gérard-Léon | 7.1 |
| We-M06-TO/5 | Design of a Feedback Control System for Real-time Control of Flow in a Single-screw Extruder | Previdi Fabio, Savaresi Sergio M., Panarotto Angiolino | 6.1 |
| Tu-A09-TO/3 | Design of a Neural Network Based SVC Controller | Wang Hong, Malik O.P. | 3.2 |
| Th-A01-TP/6 | Design of a sensorial and driving locomotion interface | Dupuis Yves, Anthierens Cedric, Impagliazzo Jean-Luc, Yuschenko Lyudmyla | 4.5 |
| Mo-A09-TO/3 | Design of an Architecture for Industrial Automation based on Multi-Agents Systems | Bravo César, Aguilar Castro José, Cerrada Mariela, Rivas Francklin | 3.2 |
| Mo-M05-TO/3 | Design of Augmented Fault Detection Filter for Fault Tolerant Control | Jamouli Hicham, Sauter Dominique, Keller Jean yves, Ponsart Jean-christophe | 6.4 |
| Fr-M08-TO/3 | Design of Decentralised Control Schemes: An Algebraic Approach | Karcanias Nicos, Leventides John | 2.1 |
| Fr-M17-TO/1 | Design of H-infinity Feedback Control Systems with Quantized Signals | Zhai Guisheng, Mi Yanchun, Imae Joe, Kobayashi Tomoaki | 2.1 |
| Mo-A02-TO/4 | Design of Longitudinal Control System for a Nonlinear F-16 Fighter using MSS Method | Wong Y. K., Fung Eric H. K., Liu Hugh H. T., Li Y.C. | 7.3 |
| Mo-A03-TO/4 | Design of nonlinear observers using Popov's criterion | Moreno Jaime A. | 2.3 |
| Th-A11-TO/3 | Design of Observer-Based Controller for Linear Neutral Systems | Parlakci Alpaslan | 2.1 |
| Mo-E01-TP/1 | Design of observer-based fault detection systems for continuous-time systems from frequency domain data | Zhang Ping | 6.4 |
| Mo-E22-TO/6 | Design of On-line State Estimators for a Recombinant E. Coli Fed-batch Fermentation | Ferreira Eugénio, Rocha Isabel, Veloso Ana Cristina | 8.4 |
| We-E11-TO/4 | Design of PID Controllers for Decoupled Multi-variable Systems | Nordfeldt Pontus, Hägglund Tore | 2.1 |
| Fr-M08-TO/4 | Design of Reference Governor for Linear Systems with Input Constraints | Choi Jin Young, Do Hyun Min | 2.1 |
| Mo-A21-TO/1 | Design of Robust Low-order Controllers for Complex Processes: a Case Study on Reactive Distillation in a Medium-scale Pilot Plant | Völker Marten, Sonntag Christian, Engell Sebastian | 5.4 |
| Fr-M02-TP/6 | Design of Robust Parametric MPC for Hybrid Systems | Manthanwar Amit M., Sakizlis Vassilis, Pistikopoulos Efstratios N. | 1.3 |
| Mo-A16-TO/3 | Design, Fabrication, and Control of a High-aspect Ratio | Horowitz Roberto, Oldham Kenn, Huang Xinghui, Chahwan Alain | 4.2 |
| Fr-M02-TO/5 | Designing a Kalman filter when no noise covariance information is available | Bos Robert, Bombois Xavier, Van den Hof Paul | 1.1 |
| Tu-A21-TO/5 | Designing and Testing of Modern Tools for Control Systems Prototyping | Dobra Petru, Trusca Mirela, Moga Daniel | 2.1 |
| Mo-A17-TO/4 | Designing Dependable Logic Controllers using the Supervisory Control Theory | Roussel Jean-Marc, Giua Alessandro | 5.1 |
| Th-E02-TP/4 | Detectability of anomalies from a few noisy tomographic projections | Fillatre Lionel, Retraint Florent, Nikiforov Igor | 1.1 |
| Tu-M03-TP/5 | Detecting abnormal feed rate in aluminium electrolysis using extended Kalman filter | Hestetun Kristin, Hovd Morten | 6.2 |
| Tu-M20-TO/2 | Detecting Knock in Spark Ignited Engines | Nilsson Ylva, Frisk Erik | 7.1 |
| We-A13-TO/1 | Detection and Estimation of Structural Changes in Dynamical Regression Models | Brodsky Boris, Darkhovsky Boris | 1.1 |
| We-A02-TP/13 | Detection of incipient failures using an H2-norm criterion: application to electric point machines | Zattoni Elena | 6.3 |
| Fr-A02-TP/6 | Detection of novel respiratory mechanics parameters by means of forced oscillations | Ionescu Clara, De Keyser Robin | 8.2 |
| Fr-M07-TO/4 | Detection of Random Targets in Sensor Networks with Applications | Huang Minyi, Nair Girish | 1.4 |
| We-A19-TO/5 | Detection of Sluggish Control Loops in Irrigation Channels | Ooi Su Ki, Weyer Erik | 8.3 |
| We-A13-TO/2 | Detection of State-of-Charge in Lead Acid Battery using RBF-NN | Morita Yoshifumi, Sun Hee Lee, Kozawa Takaharu, Mizuno Naoki | 1.1 |
| Mo-E22-TO/5 | Determination of Physiological Modes in Saccharomyces-Cerevisae Culture using Sequential Data Analysis | Cassar J. Philippe, Guillou Vincent | 8.4 |
| Mo-M02-TP/7 | Determining the Degree of System Variability for Time-varying Discrete-time Systems | Orlowski Przemyslaw | 1.1 |
| We-A17-TO/4 | Deterministic learning and rapid dynamical pattern recognition | Wang Cong, Hill David | 3.2 |
| Mo-E01-TP/2 | Developing D-Optimum Experimental Conditions for Model-based Fault Detection Systems | Witczak Marcin | 6.4 |
| Tu-M03-TP/6 | Development Issues on the Life-cycle Management of Mineral Grinding Processes and Equipment | Remes Antti, Suontaka Ville, Saloheimo Kari, Jämsä-Jounela Sirkka-Liisa | 6.2 |
| We-A07-TO/1 | Development of a Driver Situation Assessment Module in the Aide Project | Tattegrain Veste Hélène, Bellet Thierry, Boverie Serge, Kutila Matti, Bekiaris Evangelos, Panou Maria, Engström Johan | 4.1 |
| Th-A01-TP/7 | Development of human daily behavior model and it's application | Shimada Yasuyuki, Matsumoto Tsutomu, Kawaji Shigeyasu | 4.5 |
| Fr-M04-TP/3 | Development of MEMS angular rate sensor for high-dynamics applications | Sung Woon-Tahk, Lee Jang Gyu, Kang Taesam, Jang Hyun-Gee | 7.3 |
| Tu-M03-TP/8 | Development of middleware for software of UNIX based control system | Hwang Hwawon, Kim Yongsoo | 6.2 |
| Tu-M20-TO/4 | Development of obstacle avoidance system using co-operative control | Fujiwara Yukihiro, Shoda Yasushi, Adachi Shuici | 7.1 |
| We-M03-TP/2 | Development of PC-based Integrated Scheduling System with Demand Forecasting for PVC Plant | Park Sunwon, Kang Min-gu, Kang Sookil, Lee Ho-kyung | 5.2 |
| Fr-M20-TO/5 | Development of PLC Courses for Practicing Control Engineers in Macedonian Industry | Kolemishevska-Gugulovska Tatjana, Stankovski Mile, Andonova Sonja | 9.3 |
| Th-E02-TP/5 | Development of Recognition System for Template-marked Digits in Billets | Ko Jihun, Lee YoungKow, Choi SungHoo, Kim Sang Woo, Lee JongHak | 1.1 |
| Tu-E02-TP/11 | Development of Tele-Robotic Interface System for the Hot-Line Maintenance | Kim Chang-Hyun, Kim Min-Soeng, Lee Ju-Jang | 5.4 |
| Tu-M03-TP/7 | Development of Visual Evaluation and Numerical Analysis System of Blast Furnace | Matsuzaki Shinroku, Ito Masahiro, Kakiuchi Kazumoto, Iosbe Makoto | 6.2 |
| We-M22-TO/5 | Diagnosis and Control Strategy for a Teniente Converter | Bergh Luis, Chacana Patricio, Carrasco Claudio | 6.2 |
| Tu-M20-TO/1 | Diagnosis and on-line parametric estimation of automotive electronic throttle control systems | Youssef Bilal, Alamir Mazen | 7.1 |
| Tu-E05-TO/1 | Diagnosis of continuous dynamic systems: integrating consistency-based diagnosis with machine-learning techniques | Pulido Belarmino, Rodriguez Diez Juan J., Alonso González Carlos, Prieto Izquierdo Oscar J., Gelso Esteban R. | 6.4 |
| We-M20-TO/3 | Diagnosis system for continuous cooking process | Ahvenlampi Timo, Tervaskanto Manne, Kortela Urpo | 6.1 |
| Mo-A05-TO/3 | Diagnosis using Finite Memory Observers on an Unknown-Input System | Graton Guillaume, Kratz Frédéric, Fantini Jacques, Dupraz Pierre | 6.4 |
| We-M03-TP/13 | Diagnosis with Causality Relationships and Directed Paths in PN Models | Lefebvre Dimitri, Delherm Catherine | 5.2 |
| Tu-E11-TO/1 | Diagonally-Invariant Exponential Stability | Pastravanu Octavian, Mihaela-Hanako Matcovschi, Mihail Voicu | 2.2 |
| Tu-M14-TO/6 | Differential Games with Uncertain Terminal Time | Rusnak Ilan, Hexner Gyorgy, Weiss Haim | 2.4 |
| We-A12-TO/4 | Digital idle speed control of automotive engines using hybrid models | Girasole Giovanni, De Santis Elena, Di Benedetto Maria Domenica | 1.3 |
| We-A02-TP/4 | Digital Internal Model Control of High-Precision Power Supply for Particle Accelerator Magnets | Cavini Alessandro, Ronchi Fabio, Rossi Carlo, Tilli Andrea | 6.3 |
| Mo-E08-TO/6 | Direct Adaptive Control for Nonlinear Uncertain Systems with Time Delay | Hayakawa Tomohisa | 1.2 |
| Mo-E12-TO/4 | Direct Feedback in Automata Networks | Neidig Jörg, Lunze Jan | 1.3 |
| We-E13-TO/1 | Direct Identification of Continuous-time Errors-in-variables Models | Mahata Kaushik, Garnier Hugues | 1.1 |
| Tu-M02-TP/2 | Direct Robust Adaptive Nonlinear Control with Derivatives Estimation | Efimov Denis, Tyukin Ivan Yu. | 1.2 |
| Tu-M22-TO/5 | Discontinuous exponential stabilization of dynamic chained form systems | Marchand Nicolas | 2.3 |
| Th-A07-TO/6 | Discounted Continuous Time Markov Decision Processes: The Convex Analytic Approach | Piunovskiy Alexei | 1.4 |
| We-M01-TP/18 | Discovering reservoir management criteria: the case study of Pozzillo reservoir | Consoli Simona, Barbagallo Salvatore, Pappalardo Nello, Zimbone Santo Marcello | 3.2 |
| Th-E11-TO/2 | Discrete Approximation of a Time Delay System and Delta Model Spectrum | Vyhlidal Tomas, Zitek Pavel | 2.2 |
| We-M14-TO/3 | Discrete Mechanics and Optimal Control | Junge Oliver, Marsden Jerrold E., Ober-Bloebaum Sina | 2.3 |
| We-E20-TO/6 | Discrete Port-Hamiltonian Systems | Talasila Viswanath, Clemente-Gallardo Jesus, van der Schaft Arjan | 2.3 |
| We-A14-TO/3 | Discrete Second Order Trajectory Generator with Nonlinear Constraints | Morselli Riccardo, Zanasi Roberto, Stramigioli Stefano | 2.4 |
| Th-E01-TP/4 | Discrete System Order-Reduction via Balancing Transformation Using Singular Perturbations | Al-Takrouri Saleh, Gajic Zoran | 2.2 |
| Th-E15-TO/5 | Discrete Takagi-Sugeno Fuzzy Models: Reduced Number of Stabilization Conditions | Delmotte Francois, Guerra Thierry Marie | 3.2 |
| Mo-M07-TO/4 | Discrete-Time Adaptive Control for Continuous-Time Systems using 2-Delay Limiting-Zero Model | Mizuno Naoki, Sato Akira | 1.2 |
| We-M09-TO/3 | Discrete-time Adaptive Model Predictive Control based on Comparison Model | Kim Tae-Hyoung, Sugie Toshiharu | 2.1 |
| Th-E01-TP/5 | Discrete-time Hinf Model Matching Problem in two Degrees of Freedom Control Structure | Goren Leyla | 2.2 |
| Fr-A17-TO/1 | Discrete-time IDA-PBC for separable Hamiltonian systems | Laila Dina Shona, Astolfi Alessandro | 2.1 |
| We-A16-TO/2 | Discrete-time Model for Linear Continuous-time Repetitive System | Kurek Jerzy | 1.2 |
| Mo-A02-TP/3 | Discrete-Time Sliding Mode WMR Control Based on Parameter Identification | Filipescu Adrian, Nunes Urbano, Stamatescu Sabin | 2.5 |
| Fr-A17-TO/2 | Discrete-time time-varying robust stabilization for systems in power form | Laila Dina Shona, Astolfi Alessandro | 2.1 |
| Tu-A03-TP/7 | Distributed Continuous Process Simulation: An Industrial Case Study | Santos Raul Alves, Normey-Rico Julio E., Gómez Alejandro Merino, de Prada Moraga Cesar | 6.1 |
| We-A03-TP/4 | Distributed Diagnosis for Embedded Systems in Automotive Vehicles | Biteus Jonas, Jensen Mathias, Nyberg Mattias | 6.4 |
| Th-A21-TO/2 | Distributed engineering teams and their organizational aspects | Acosta Carlos, Moreno Efrén | 4.4 |
| Tu-E02-TP/6 | Distributed Load Balancing in the presence of Node Failure and Network Delays | Ghanem Jean, Abdallah Chaouki, Hayat Majeed, Chiasson John, Birdwell J. Douglas | 5.4 |
| Mo-M14-TO/4 | Distributed Parameter Systems With a Multiplicative Fractional Gaussian Noise | Pasik-Duncan Bozenna, Duncan Tyrone | 2.4 |
| We-E04-TP/3 | Distributed Sensor Fusion Using Dynamic Consensus | Spanos Demetri, Murray Richard M. | 7.5 |
| Th-M07-TO/2 | Distributed State Estimation for Hidden Markov Models with Dynamic Quantization and Rate Allocation | Huang Minyi, Dey Subhrakanti | 1.4 |
| Th-E07-TO/1 | Distributed Stochastic Hybrid Systems | Bujorianu Manuela, Bujorianu Marius, Maharaj Savi | 1.4 |
| Th-E02-TP/6 | Distributed-delay Models of the Glucose-Insulin Homeostasis and Asymptotic State Observation | Di Martino Domenico, De Gaetano Andrea, Germani Alfredo, Manes Costanzo, Palumbo Pasquale | 1.1 |
| Mo-E01-TP/3 | Disturbance Distribution Matrix Computation: Numerial Improvement | Uppal Faisel, Lesecq Suzanne, Patton Ron, Barraud Alain | 6.4 |
| Tu-E10-TO/6 | Disturbance estimation and cancellation for a class of linear uncertain systems | Kim Hwi J., Goodall David P. | 2.5 |
| We-A04-TP/5 | Disturbance Observer-Based Practical Control of Shaking Tables with Nonlinear Specimen | Makoto Iwasaki, Ito Kensuke, Kawafuku Motohiro, Hirai Hiromu, Dozono Yoshihiro, Kurosaki Katsuhiko | 4.2 |
| Tu-E22-TO/1 | Disturbance rejection with LTI internal models for passive nonlinear systems | Jayawardhana Bayu, Weiss George | 2.3 |
| We-E03-TP/1 | DNA Algorithms based on Exon Shuffling | Murase Haruhiko, Okayama Tsuyoshi | 8.1 |
| Mo-M11-TO/5 | Domain of attraction: estimates for non-polynomial systems via LMIs | Chesi Graziano | 2.3 |
| Th-M01-TP/9 | Drinking Water Treatment: A Neural Network Model for Coagulation Dosing | Lamrini Bouchra, Benhammou Ahmed, Karama Asma, Le Lann Marie Véronique | 8.3 |
| Tu-M20-TO/3 | Driver Assistant for Warning of High Velocity (Field Operation Test) | Bauer Oleg, Mayr Robert | 7.1 |
| Tu-E15-TO/6 | Driver Support System Based on a Non-Linear Slip Observer for Off Road Vehicles | Song Zibin, Zweiri Yahya H., Seneviratne Lakmal D., Althoefer Kaspar | 3.3 |
| We-A18-TO/1 | Dynamic Consensus on Mobile Networks | Spanos Demetri, Olfati-Saber Reza, Murray Richard M. | 7.5 |
| We-M11-TO/2 | Dynamic Controllers which Use Difference Approximates of Output Derivatives and their Practical Stability | Kokame Hideki, Hirata Kentaro, Mori Takehiro | 2.2 |
| We-E08-TO/2 | Dynamic Feedback Equivalence of Nonlinear Systems on Time Scales | Bartosiewicz Zbigniew, Pawluszewicz Ewa | 2.3 |
| We-E08-TO/4 | Dynamic Feedback Linearization of Two Input Nonlinear Systems | Califano Claudia, Battilotti Stefano | 2.3 |
| Tu-E04-TP/7 | Dynamic Gait Pattern Generation with Reinforcement Learning | Erden Mustafa Suphi, Leblebicioglu Kemal | 4.3 |
| Mo-M13-TO/1 | Dynamic Games: Engineering-Based Tools for Analyzing Strategic Economic Interactions | Neck Reinhard | 9.1 |
| We-A22-TO/2 | Dynamic modeling of an industrial copper solvent extraction process | Komulainen Tiina, Rantala Ari, Jämsä-Jounela Sirkka-Liisa | 6.2 |
| We-A13-TO/3 | Dynamic Modelling for Condition Monitoring of Gas Turbines | Breikin Tim, Kulikov Gennady, Arkov Valentin, Fleming Peter | 1.1 |
| Th-E14-TO/1 | Dynamic Modelling of a Nanomanipulator Chain | Jez Ondrej, Voda-Besancon Alina, Marliere Sylvain, Besancon Gildas | 4.1 |
| Mo-E04-TO/6 | Dynamic modelling of a vibratory asphalt compactor and estimation of contact forces wrench | Vandanjon Pierre-Olivier, Lemaire Charles-Eric, Gautier Maxime | 7.5 |
| Th-M02-TP/5 | Dynamic Non-Minimum Phase Compensation for SISO Nonlinear, Affine in the Input Systems | Bacic Marko, Cannon Mark, Kouvaritakis Basil | 2.3 |
| Tu-A01-TP/13 | Dynamic observer model based on modular plant flowsheet | Mulholland Michael, Vosloo John-Roy, Loveday Brian, Hulbert David | 1.1 |
| Mo-A03-TO/5 | Dynamic observers for Nonlinear Lipschitz Systems | Pertew Amr, Marquez Horacio, Zhao Qing | 2.3 |
| We-E03-TP/5 | Dynamic optimization of watering for qualitative improvement of satsuma mandarin using intelligent control techniques | Morimoto Tetsuo, Ouchi Y., Baloch M.S., Hatou K,, Hashimoto Y. | 8.1 |
| We-M09-TO/4 | Dynamic Output Controller MPC via LMI | Bernussou Jacques, Granado Ernesto, Colmenares William, García Germain | 2.1 |
| Tu-M03-TO/2 | Dynamic output feedback stabilization of a class of a nonholonomic Hamiltonian systems | Sakai Satoru, Fujimoto Kenji | 2.3 |
| We-E10-TO/1 | Dynamic Output Feedback Synthesis with General Frequency Domain Specifications | Iwasaki Tetsuya, Hara Shinji | 2.5 |
| We-E17-TO/6 | Dynamic Process Modeling using Fuzzy Submodels | Betlem Ben, van Lith Pascal, Roffel Brian | 3.2 |
| Fr-M13-TO/3 | Dynamic Programming Solution of State Estimation Problems with Constrained Disturbances | Mare José, De Dona Jose | 1.1 |
| Fr-M06-TO/1 | Dynamic Real-time Optimization: From Off-line Numerical Solution to Measurement-based Implementation | Kadam Jitendra, Schlegel Martin, Srinivasan Bala, Bonvin Dominique, Marquardt Wolfgang | 6.1 |
| We-A20-TO/4 | Dynamic Simulation Studies for Enhanced Board Machine Control | Lappalainen Jari, Savolainen Jouni, Myller Tommi, Juslin Kaj | 6.1 |
| Fr-M03-TO/2 | Dynamic Surface Control Approach to Adaptive Robust Control of Nonlinear Systems in Semi-Strict Feedback Form | Zi-Jiang Yang, Nagai Toshimasa, Kanae Shunshoku, Wada Kiyoshi | 2.3 |
| We-E07-TO/4 | Dynamic Surface Control of Engine Exhaust Hydrocarbons and Catalyst Temperature for Reduced Coldstart Emissions | Sanketi Pannag, Zavala J. Carlos, Hedrick J. Karl | 7.1 |
| Th-M05-TO/4 | Dynamic threshold generators for fault detection in uncertain systems | Johansson Andreas, Bask Michael | 6.4 |
| Fr-A16-TO/4 | Dynamical and Complex Behaviors in Human-Machine Co-Adaptive Systems | Sawaragi Tetsuo | 4.5 |
| Tu-E01-TP/3 | Dynamical Control in Oligopolies | Molnar Sandor, Szidarovszki Ferenc, Molnar Mark | 9.1 |
| Tu-E03-TP/3 | Dynamical Modelling Using Ck Spline Functions With Application To Weight Sensors | Lakhdari Zakaria, Makany Philippe, Rouff Marc | 1.1 |
| Th-E20-TO/1 | Dynamics and Control of Integrated Process Networks with Multi-Rate Reactions | Baldea Michael, Daoutidis Prodromos | 6.1 |
| Th-E06-TO/2 | Dynamics and Nonlinear Control of Oscillations in a Complex Crystalline Lattice | Aero Eron, Andrievsky Boris, Fradkov Alexander, Vakulenko Sergey | 2.3 |
