| Paper Code | Title | Authors | Topic |
|---|
| We-M01-TP/20 | MACSim: A Simulink Enabled Environment for Multi-Agent System | Mendham Peter, Clarke Tim | 3.2 |
| We-A17-TO/2 | Machine Learning of Expert Decision or System Behaviour | Otto Peter | 3.2 |
| Th-A20-TO/3 | Machine Vision for On-Line Weed Identification | Maniak Staphan, Mesterházi Péter Ákos, Neményi Miklós, Milics Gábor | 8.1 |
| Mo-A12-TO/3 | Management of demand uncertainty within MRP2 using possibility theory | Grabot Bernard, Geneste Laurent, Reynoso Gabriel | 5.1 |
| Th-E05-TO/3 | Managing Performance Degradation in Fault Tolerant Control Systems | Zhang Youmin, Jiang Jin, Yang Zhenyu, Hussain Akbar | 6.4 |
| We-M05-TO/1 | Managing Sensor Hardware Redundancy on a Small Commercial Aircraft with H-infinity FDI Observers | Mattei Massimiliano, Paviglianiti Gaetano | 6.4 |
| Fr-A20-TO/3 | Manual Control and Stabilization of an Inverted Pendulum | Åkesson Johan, Åström Karl Johan | 2.3 |
| Tu-E17-TO/3 | Manufacturing Application Integration Scheme using ISO 15745 and IEC 62264 | delaHostria Emmanuel | 5.3 |
| We-M07-TO/1 | Manufacturing Plant Control Challenges and Issues | Valckenaers Paul, Morel Gérard, Pereira Carlos E., Faure Jean-Marc, Diedrich Christian | 4.2 |
| Tu-M04-TP/12 | Master-slave synchronization of robot manipulators: experimental results | Bondhus Anne Karin, Pettersen Kristin Y., Nijmeijer Henk | 4.3 |
| Th-A01-TP/9 | Master-Slave System with Teleoperation for Rehabilitation | Duong Minh Duc, Teraoka Chisato, Imamura Takashi, Miyoshi Takanori, Terashima Kazuhiko | 4.5 |
| Tu-M04-TP/13 | Matlab Design Environment for Robotic Manipulators | Babuska Robert, Breijs Alexander, Klaassens Ben | 4.3 |
| Th-A02-TP/9 | Matrix Inequality Conditions for Dissipativity of Continuous-Time Descriptor Systems and Its Application to Synthesis of Control Gains | Masubuchi Izumi | 2.2 |
| Mo-M01-TP/3 | Maximum likelihood adaptive observer for bioprocesses | Hulhoven Xavier, Bogaerts Philippe | 8.4 |
| Th-E03-TP/11 | Mean and Entropy of B-spline PDF Models: Analysis and Design | Zhou Jinglin, Yue Hong, Wang Hong | 1.4 |
| Th-M02-TO/5 | Measuring Linear Approximation to Weakly Nonlinear MIMO Systems | Dobrowiecki Tadeusz, Schoukens Johan | 1.1 |
| Fr-A03-TP/10 | Medical Image Segmentation for Virtual Endoscopy | Szilagyi Laszlo, Benyo Zoltan, Szilagyi Sandor Miklos | 8.2 |
| Tu-A01-TP/16 | Mechanistic Modelling of Aggregation Phenomena in Population Balances of Granulation | Immanuel Charles, Doyle Francis | 1.1 |
| Tu-M02-PL/1 | Mechatronic Systems – Innovative Products with Embedded Control | Isermann Rolf | 4.2 |
| Tu-A01-MS/1 | Mechatronics, Robotics and Components for Automation and Control | Ollero Anibal, Boverie Serge, Goodall Roger, Sasiadek Jurek, Erbe Heinz, Zuehlke Detlef | 4.1 |
| We-E21-TO/5 | MEMS-fabricated Accelerometers with Feedback Compensation | Cho Dong-il, Park Yonghwa, Park Sangjun, Choi Byung-doo, Ko Hyoungho, Song Taeyong, Lim Geunwon | 4.1 |
| We-E21-TO/6 | MEMS-fabricated Gyroscopes with Feedback Compensation | Cho Dong-il, Park Yonghwa, Park Sangjun, Choi Byungdoo, Ko Hyoungho, Song Taeyong, Lim Geunwon | 4.1 |
| Th-E11-TO/4 | Meromorphic Stabilization and Control of Time Delay Systems | Zitek Pavel, Kucera Vladimir, Vyhlidal Tomas | 2.2 |
| Tu-A05-TP/7 | Message delay in distributed control systems through Ethernet | Grau Antoni, Gamiz-Caro Juan | 3.3 |
| Tu-A03-TP/13 | Metastable Limit Dynamics and Optimal Cooling Curve of Batch Seeded Crystallization | Lee Kwang Soon, Won Seunghee, Choi Chung S., Lee Ju-Seok, Yang Daeryook | 6.1 |
| Mo-A20-TO/2 | Method of decomposition and its applications to uncertain dynamical systems | Chernousko Felix, Reshmin Sergey | 2.1 |
| We-M01-TP/21 | Methodology for Parameters Optimization of an Hybrid Architecture of Control | Adouane Lounis, le Fort-Piat Nadine | 3.2 |
| Tu-E03-TP/9 | Methods for parameter ranking in nonlinear, mechanistic models | Lund Berit Floor, Berntsen Hans E., Foss Bjarne A. | 1.1 |
| Tu-A01-TP/11 | Microscale Thermal Characterization by Inverse Method in the Frequency Domain | Autrique Laurent, Serra Jean Jacques | 1.1 |
| Tu-A18-TO/4 | MILP and Its Application in Flight Path Planning | Kamal Waseem, Gu Da-Wei, Postlethwaite Ian | 7.5 |
| Tu-E11-TO/4 | MIMO interactions in sampled data systems | Salgado Mario, Rojas Diego | 2.2 |
| We-E11-TO/5 | MIMO PID Controllers Synthesis using Orthogonal Functions | Ayadi Badii, Benhadj Braiek Naceur | 2.1 |
| Fr-A16-TO/5 | Mind Model and Social Intelligence in Human-machine Collaborative Systems | Nakajima Hiroshi, Morishima Yasunori, Yamada Ryota, Brave Scott, Nass Clliford, Arao Masaki, Kawaji Shigeyasu | 4.5 |
| Fr-A07-TO/2 | Minimax filter for statistically indeterminate stochastic differential system | Miller Gregory, Pankov Alexey | 1.4 |
| Th-A10-TO/1 | Minimax LQG Control for Uncertain Systems with a Normalised Coprime Factor Uncertainty Structure | Ugrinovskii Valery, Petersen Ian R. | 2.5 |
| Fr-M07-TO/5 | Minimax Parameter Estimation for Singular Linear Multivariate Models with Mixed Uncertainty | Siemenikhin Konstantin V., Pankov Alexei R. | 1.4 |
| Th-E01-TP/7 | Minimisation of Transient Perturbation Growth in Linearised Lorenz Equations | Mckernan John, Whidborne James F., Papadakis George | 2.2 |
| Th-A04-TP/7 | Minimization of maximum transient energy growth by output feedback | Whidborne James Ferris, McKernan John, Steer Anthony J. | 2.4 |
| Tu-E02-TP/13 | Minimizing Interconnection of Subsystems in Large-Scale Interconnected Systems using Generalized Sampling | Becerril-Arreola Rafael, Aghdam Amir G., Davison Edward J. | 5.4 |
| Tu-M03-TP/18 | Minimum Number of Sampled Streams Ensuring Circuit Mass-Balance | Konstantinos Tsakalakis, Fani Kalaitzi | 6.2 |
| Mo-E18-TO/2 | Minimum Time Control using Straight Transfer for a Rotary Crane | Shen Ying, Terashima Kazuhiko, Yano Ken'ichi | 7.4 |
| Tu-A10-TO/5 | Min-Max Model Predictive Control as a Quadratic Program | de la Peña David Muñoz, Alamo Teodoro, Ramirez Daniel Rodriguez, Camacho Eduardo Fernandez | 2.5 |
| Fr-A18-TO/4 | Missile Autopilot Controlled by Aerodynamic Lift and Divert Thrusters via Second-order Sliding Mode | Shtessel Yuri, Tournes Christian, Shkolnikov Ilya | 7.3 |
| Fr-M06-TP/2 | Missile Endgame Analysis via Multiobjective Optimization | Chipperfield Andrew, Patel N., Keane A. J. | 7.3 |
| Fr-M06-TP/3 | Missile Guidance Design using Optimal Trajectory Shaping and Neural Network | Jan Horn-Yong, Lin Chun-Liang, Chen Kai-Ming, Lai Chi-Wen, Hwang Thong-Shing | 7.3 |
| Th-E19-TO/1 | Missile Interceptor Guidance and Control using Second Order Sliding Modes | Shtessel Yuri, Shkolnikov Ilya, Levant Arie | 2.3 |
| Th-A18-TO/6 | Mixed H2/Hinfinity Sub-Optimization Approach For Integrated Aircraft/Controller Design | Liao Fang, Lum Kai Yew, Wang Jian Liang | 7.3 |
| Th-M02-TO/4 | ML identification of closed-loop systems in a specified frequency band | Pintelon Rik, Schoukens Johan | 1.1 |
| We-M02-TP/11 | Mode Detection in Automotive Vehicles Using A Sliding Mode Estimator | Edwards Christopher, Hebden Roderick G., Spurgeon Sarah K. | 7.1 |
| Th-A07-TO/3 | Mode-Independent H-infinity Control of Discrete-time Markovian Jump Linear Systems | de Souza Carlos E. | 1.4 |
| Tu-M16-TO/5 | Model Based Braking Control with Support by Active Steering | Schorn Matthias, Schmitt Jürgen, Stählin Ulrich, Isermann Rolf | 4.2 |
| Fr-A01-TP/5 | Model Based Drug Delivery For Anesthesia | Dua Pinky, Dua Vivek, Pistikopoulos Efstratios N. | 8.2 |
| Th-M01-TP/14 | Model Based Predictive Control for Wastewater Applications | O' Brien Marie, Castillo Sergio Enrique Pinto, Katebi Reza | 8.3 |
| We-E02-TP/8 | Model Driven Development of Function Block based Distributed Control Applications | Thramboulidis Kleanthis, Perdikis Dimitris, Kantas Spiros | 3.1 |
| We-M03-TP/12 | Model Checking Plans for Flexible Manufacturing Systems | Dias da Silva Leandro, Almeida Hyggo, Perkusich Angelo, Rezende Barros Péricles | 5.2 |
| Tu-A01-TP/2 | Model of the cantilever used as a weak force sensor in Atomic Force Microscopy | Hrouzek Michal, Voda Alina, Stark Martin, Chevrier Joel | 1.1 |
| Mo-A03-TP/11 | Model Predictive Control Design Using Non-minimal State Space Model | Wang Liuping, Young Peter C. | 2.1 |
| Mo-M01-TP/4 | Model Predictive Control of a Simulated Moving Bed | Dejardin Nicolas, Alamir Mazen, Corriou Jean-Pierre | 8.4 |
| Mo-E20-TO/1 | Model Predictive Control of Automotive Powertrains with Backlash | Lagerberg Adam, Egardt Bo | 7.1 |
| We-E02-TP/5 | Model Predictive Control of Systems with Communication Constraints | Ben Gaid Mohamed El Mongi, Cela Arben | 3.1 |
| Tu-E21-TO/5 | Model Predictive Controller for Piecewise Affine System | Peña Miguel Edgardo, Camacho Eduardo Fernández, Piñón Sandra, Carelli Ricardo | 2.4 |
| Fr-A03-TP/11 | Model Reference Fuzzy Control System of Brain Temperature for Hypothermia Treatment | Wakamatsu Hidetoshi, Wakatsuki Takuya, Utsuki Tomohiko | 8.2 |
| Tu-A02-TO/2 | Model-Based Active Noise Control: A Case Study for a High-speed CD-ROM System | Yang Zhenyu, Zhang Youmin, Hussain D. M. Akbar | 1.1 |
| We-A02-TP/24 | Model-based Control of a Bottom Fired Marine Boiler | Solberg Brian, Karstensen Claus M. S., Andersen Palle, Pedersen Tom S., Hvistendahl Poul U. | 6.3 |
| Mo-M01-TP/5 | Model-based monitoring of immobilized yeast fermentation using fuzzy logic and linguistic equations | Juuso Esko, Kronlöf Jukka | 8.4 |
| We-A03-TP/5 | Model-Based Sensor Fault Detection System for a Smart Wheelchair | Longhi Sauro, Ippoliti Gianluca, Monteriù Andrea | 6.4 |
| Tu-A04-TP/11 | MODELCAT - A Model Catalogue based Approach to Process Modelling | Hoyer Markus, Schumann Reimar, Premier Guiliano C. | 6.1 |
| Tu-M02-TP/5 | Model-following adaptive robust control for a class of uncertain systems with series nonlinearities | Fenlin Liu, Junyong Luo, Yanrong Cai | 1.2 |
| Tu-A02-TP/4 | Model-free Intelligent Control using Reinforcement Learning and Temporal Abstraction-applied to pH Control | Syam Syafiie, Tadeo Fernando, Martinez Ernesto | 1.2 |
| We-A02-TP/28 | Modeling and Active Control of Thermoacoustic Instabilities | Niederberger Andre, Schuermans Bruno B.H., Guzzella Lino | 6.3 |
| Tu-E19-TO/3 | Modeling and Control of a Flexible Sensor Structure in Microassembly | Shen Yantao, Xi Ning, Li Wen J. | 4.3 |
| Mo-E14-TO/3 | Modeling and Control of a Viscoelastic Piezolaminated Beam | Naucler Peter, Norlander Hans, Jansson Anders, Söderström Torsten | 4.2 |
| Th-M14-TO/4 | Modeling and Control of Dynamical Systems with Active Singularities and Sensing in a Singular Motion Phase | Rubinovich Evgeny, Bentsman Joseph, Miller Boris | 2.4 |
| Tu-A06-TO/3 | Modeling and Control of Plate Thickness in Hot Rolling Mills | Kugi Andreas, Heeg Roland, Fichet Olivier, Irastorza Laurent, Pelletier Christophe | 6.2 |
| Th-E17-TO/5 | Modeling and Decentralized Control of Inventories Linear Dynamic Supply Chains | Rodriguez-Angeles Alejandro, Morales-Diaz America, Blanco Anibal, Sanchez Arturo | 5.2 |
| Mo-M01-TP/6 | Modeling and predictive control of pellet reactors for water softening | van Schagen Kim, Babuška Robert, Rietveld Luuk, Wuister Jasper, Veersma Alex | 8.4 |
| Th-M01-TP/15 | Modeling and Validation of a Greenhouse Climate Model | Leal Iga Javier, Alcorta García Efraín, Rodríguez Fuentes Humberto | 8.3 |
| Mo-E03-TO/6 | Modeling Continuous-Time Stochastic Processes using Input-to-State Filters | Mahata Kaushik, Fu Minyue | 1.1 |
| Mo-A04-TO/2 | Modeling of frictions in the transmission elements of a robot axis for its identification | Abba Gabriel, Sardain Philippe | 4.3 |
| Tu-M03-TP/19 | Modeling of Wet Grinding Operation using Artificial Intelligence based Techniques | Mitra Kishalay, Ghivari Mahesh | 6.2 |
| Mo-E19-TO/6 | Modeling, guidance and control of "Esso Osaka" model | Moreira Lúcia, Fossen Thor I., Guedes Soares Carlos | 7.2 |
| Th-A16-TO/5 | Modelling and control of a solar thermal power plant | Juuso Esko | 6.3 |
| Tu-A07-TO/2 | Modelling and Control of a Vehicle with Single-wheel Chassis Actuators | Orend Ralf | 7.1 |
| Tu-A04-TO/4 | Modelling and control of an onboard fuel processor for indirect methanol fuel cell vehicles | Miotti Alessandro, Scattolini Riccardo | 7.1 |
| We-E15-TO/6 | Modelling and control of IP transport in cellular radio links | Möller Niels, Fischione Carlo, Johansson Karl Henrik, Santucci Fortunato, Graziosi F. | 3.3 |
| Mo-M12-TO/3 | Modelling and Controlling Traffic Behaviour with Continuous Petri Nets | Julvez Jorge, Boel Rene | 1.3 |
| Th-E04-TO/2 | Modelling and Evaluation of a Multi-agent System for a Collaboration | Khezami Narjes, Otmane Samir, Mallem Malik | 4.3 |
| Th-A21-TO/3 | Modelling and Evaluation of the Health Networks | Grandhaye Jean-Pierre, Rakotondranaivo Auguste, Mayer Frédérique | 9.2 |
| Th-A16-TO/4 | Modelling and Simulation of a Dish Stirling solar engine | Farina Marcello, Bittanti Sergio, De Marco Antonio, Spelta Silvano | 6.3 |
| Fr-A20-TO/4 | Modelling and Stabilisation of a Spherical Inverted Pendulum | Liu Guangyu, Nesic Dragan, Mareels Iven | 2.3 |
| Th-M01-TP/16 | Modelling evaluation of EU Road Traffic emission strategies | Gabusi Veronica, Finzi Giovanna, Volta Marialuisa | 8.3 |
| Mo-A22-TO/3 | Modelling for control: Understanding role and function of regulatory networks in microorganisms | Gernaey Krist V., Lind Morten, Jørgensen Sten B. | 8.4 |
| Tu-A03-TP/14 | Modelling for thermal control of vacuum plasma spraying | Davis Ewan, Duncan Stephen, Grant Patrick | 6.1 |
| We-E07-TO/1 | Modelling of a diesel engine Common Rail injection system | Gauthier Christophe, Sename Olivier, Dugard Luc, Meissonnier Guillaume | 7.1 |
| Tu-E08-TO/5 | Modelling of an Integrated Superheater based on a Wiener Approach | Mononen Jari, Ikonen Enso | 6.3 |
| Tu-A01-TP/5 | Modelling of cement grinding circuits for predictive control | Huusom Jakob Kjøbsted, Jensen Anker Degn, Jørgensen Sten Bay, Michelsen Michael, Knudsen Jørgen, Recke Bodil, Jørgensen John Bagterp | 1.1 |
| Tu-E03-TP/10 | Modelling of Disturbance Propagation in Anisotropic Media Using Differential Game Methods | Botkin Nikolay, Melikyan Arik A., Turova Varvara L. | 1.1 |
| We-M20-TO/4 | Modelling of Peroxide-Bleaching of Pulp Using Gaussian Processes | Lenz Henning, Horn Joachim, Runkler Thomas, Dinkel Markus, Schmidt Thomas, Sieber Albrecht, Mickal Volkmar | 6.1 |
| We-E02-TO/5 | Modelling of power amplifier nonlinearities using Volterra series | Harrison Robert, Wan Yufeng, Dodd Tony | 1.1 |
| Th-E02-TP/11 | Modelling of Supercritical Fluid Extraction Using Dynamic Genetic Algorithm based Optimisation | Yang Simon X., Zeng Jin, Wang Guoyin | 1.1 |
| Tu-A19-TO/4 | Modelling Solvent-Mediated Polymorphic Transitions during Cooling Solution Crystallization | Fevotte Gilles, Sheibat-Othman Nida | 8.4 |
| Th-M21-TO/2 | Modelling the Dynamics of a Load-Haul-Dump Vehicle | Craig Ian, Dragt Bruce, Camisani-Calzolari Fernando | 4.4 |
| Th-M01-TP/17 | Modelling the submerged vegetation in the Orbetello lagoon with fuzzy cellular automata | Marsili-Libelli Stefano, Giusti Elisabetta | 8.3 |
| We-M22-TO/3 | Modern Automation Technology in Service of Integrated Stainless Steel Mill | Yli-Niemi Jussi, Pakola Hannu | 6.2 |
| Th-A02-TP/10 | Modification of Dead Beat Algorithm for Control Processes with Time Delay | Alexik Mikulas | 2.2 |
| Tu-A12-TO/6 | Modular Antipermissive Control of Discrete-Event Systems | Komenda Jan, van Schuppen Jan H. | 1.3 |
| Fr-M02-TP/8 | Modular Finite State Machines Implemented As Event-Condition-Action Systems | Almeida Emanuel, Luntz Jonathan, Tilbury Dawn | 1.3 |
| Tu-A12-TO/5 | Modular Multitasking Supervisory Control of Composite Discrete-Event Systems | de Queiroz Max, Cury José | 1.3 |
| Mo-A04-TO/4 | Modular Pneumatic Snake Robot. 3D Modelling, Implementation and Control. | Liljebäck Pål, Stavdahl Øyvind, Pettersen Kristin Y. | 4.3 |
| Th-E16-TO/4 | Molten Carbonate Fuel Cell Modelling | Canevese Silvia, Bittanti Sergio, De Marco Antonio, Moretti Gianluca, Prandoni Valter | 6.3 |
| Th-E07-TO/5 | Moment Asymptotic Stability of Stochastic Hybridd Delay Systems | Yuan Chenggui, Lygeros John, Glover William, Maciewoski Jan | 1.4 |
| We-E01-MS/1 | Monitoring and Control of Process and Power Systems: Towards new Paradigms | Dochain Denis, Marquardt Wolfgang, Won Sang Chul, Malik Om, Kinnaert Michel | 6.1 |
| Tu-A19-TO/3 | Monitoring and Control of Recombinant Protein Production - from Up-stream to Integrated Down-stream Processes | Luttmann Reiner | 8.4 |
| Tu-E06-TO/3 | More Process System Engineering (PSE) Applications in Integrated Circuit (IC) Manufacturing | Lewin Daniel, Lachman-Shalem Sivan, Grosman Benyamin | 6.1 |
| Fr-M08-TO/5 | Motion planning and feedforward control for distributed parameter systems under input constraints | Meurer Thomas, Graichen Knut, Zeitz Michael | 2.1 |
| Mo-E19-TO/3 | Motion Planning and Its Feedback Stabilization for Underactuated Ships: Virtual Constraints Approach | Shiriaev Anton, Robertsson Anders, Pacull Paul, Fossen Thor Inge | 7.2 |
| Mo-M20-TO/5 | Motion Planning for Multiple Systems under Coordinated Constraints | Sousa João | 2.1 |
| Th-E02-TP/12 | Motion Reconstruction in Natural Scenes from Cortical Activity Waves | Wang Wenxue, Ghosh Bijoy K. | 1.1 |
| Th-E13-TO/3 | Motion recovery using dynamic vision | Chen Xinkai, Kano Hiroyuki | 1.1 |
| Tu-M03-TP/20 | Mould Level Control for the Continuous Steel Casting | Smutný Lubomír, Farana Radim, Víteček Antonín, Kačmář Dalibor | 6.2 |
| Tu-M03-TP/17 | MPC control of the refining stage of an electric arc furnace | Coetzee L.C., Craig I.K., Rathaba L.P. | 6.2 |
| Mo-E12-TO/1 | MPC for max-plus-linear systems with guaranteed stability | van den Boom Ton J.J., De Schutter B. | 1.3 |
| Tu-E21-TO/4 | MPC for tracking of piece-wise constant references for constrained linear systems | Limon Daniel, Alvarado Ignacio, Alamo Teodoro, Camacho Eduardo F. | 2.4 |
| Mo-A07-TO/5 | mu-Analysis of Indirect Self Control of an Induction Machine | Mosskull Henrik | 6.3 |
| Fr-A17-TO/3 | Multi Criteria Sampled-Data Hinf Control applied to the Choice of Sampling Rate and Anti-alias Filter | Lennartson Bengt, Middleton Rick, Christiansson Anna-Karin, Fransson Carl-Magnus | 2.1 |
| Tu-M14-TO/1 | Multi-Equilibrium Solutions in Game-Control Problems of Timing | Tarasyev Alexander, Klaassen Ger, Kryazhimskii Arkadii | 2.4 |
| Th-E19-TO/6 | Multi-input second-order sliding mode control of nonholonomic systems | Ferrara Antonella, Giacomini Luisa | 2.3 |
| Th-M06-TO/5 | Multi-loop feedback control of oil well drillstrings | Aranda-Bricaire Eduardo, Alvarez-Ramirez Jose | 6.1 |
| Th-M06-TO/4 | Multi-model Control of a Simulated pH Neutralization Process | Boling Jari M., Seborg Dale E., Hespanha Joao P. | 6.1 |
| Tu-A14-TO/2 | Multiobjective Controller Design: Optimising Controller Structure With Genetic Algorithms | Molina-Cristobal Arturo, Griffin Ian A, Fleming Peter J, Owens David H | 2.4 |
| Mo-E15-TO/1 | Multi-objective Evolutionary Scheduling of Distributed Supply Networks | Naso David, Surico Michele | 5.2 |
| Tu-M08-TO/1 | Multiobjective Heuristic Search for Service Restoration in Electric Distribution Networks | Franca Paulo, Garcia Vinicius Jacques | 6.3 |
| Tu-M06-TO/4 | Multiobjective Optimal Power Plant Operation using Particle Swarm Optimization Technique | Lee Kwang Y, Heo Jin S., Garduno-Ramirez Raul | 6.1 |
| Tu-A13-TO/4 | Multi-objective Optimization Approach to Optimal Input Design for Autoregressive Model Identification | Uosaki Katsuji, Hatanaka Toshiharu | 1.1 |
| We-A21-TO/5 | Multi-Objective Particle Swarm Optimisation for Alloy Toughness Design using a Fuzzy Predictive Model | Mahfouf Mahdi, Chen Minyou, Linkens Derek A | 6.2 |
| Mo-M09-TO/5 | Multiobjective probabilistic mixture control | Guy Tatiana Valentine, Bohm Josef, Karny Miroslav | 1.2 |
| Fr-M17-TO/4 | Multi--Parametric H-infinity Control of a Micro-Actuator | Nikolakopoulos George, Tzes Anthony, Dritsas Leonidas, Koveos Yiannis | 2.1 |
| Fr-A19-TO/5 | Multiple model identification and control of neonate incubators using Laguerre basis | Oliveira Gustavo, Amorim Mardson, Latawiec Krzysztof | 8.2 |
| Fr-M07-TP/2 | Multiple Spacecraft Formation Control Using Theta-D Method | Balakrishnan Sivasubramanya, Xin Ming, Pernicka Hank | 7.3 |
| We-M09-TO/6 | Multiplexed Model Predictive Control | Ling Keck Voon, Maciejowski Jan, Wu Bing Fang | 2.1 |
| Fr-A17-TO/4 | Multirate Digital Decentralized Control Design | Lee Seung-Hi | 2.1 |
| Th-E05-TP/10 | Multirate sampling and delays in receding horizon stabilization of nonlinear systems | Gyurkovics Eva, Elaiw Ahmed | 2.4 |
| Mo-A03-TO/1 | Multirate State Estimation using Moving Horizon Estimation | Kraemer Stefan, Gesthuisen Ralf | 2.3 |
| Th-E04-TO/5 | Multi-Robot Formation Control and Terrain Servoing with Limited Sensor Information | Hu Xiaoming, Gustavi Tove, Karasalo Maja | 4.3 |
| Tu-E06-TO/4 | Multiscale Modeling of HVOF Thermal Spray Process | Christofides Panagiotis, Li Mingheng | 6.1 |
| We-E03-TP/11 | Multivariable Boundary Control Approach by Internal Model, applied to Irrigation Canals Regulation | Dos Santos Valérie, Toure Youssoufi, Mendes Eduardo, Courtail Estelle | 8.1 |
| Fr-M04-TP/4 | Multivariable closed-loop control of the reattachment length downstream of a backward-facing step | Henning Lars, King Rudibert | 7.3 |
| We-A04-TP/8 | Multivariable H-infinity controller design and testing for a 2.4m telescope | Roberts Paul, Turner Matthew, Medrano-Cerda Gustavo, Postlethwaite Ian, Rees Paul | 4.2 |
| Th-M08-TO/1 | Multivariable LQG Vibration Control using Charge-Driven Piezoelectric Actuators | Vautier Benjamin, Moheimani Reza | 2.1 |
