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ORCIDAIRTC 1994: Valencia, Spain
- Alfons Crespo:
Postprint Volume from the IFAC Symposium on Artificial Intelligence in Real-Time Control, AIRTC 1994, Valencia, Spain, October 3-5, 1994. Elsevier 1995, ISBN 978-0-08-042236-7 - Alfons Crespo:
Foreword. iv - Barbara Hayes-Roth:
Integrating Real-Time AI Techniques in Adaptive Intelligent Agents. 1-11 - Eduardo F. Camacho, Manuel R. Arahal:
Neural Network based adaptive control. 13-24 - Yoh-Han Pao:
A Computational Intelligence Perspective on Process Monitoring and Optimization. 25-30 - Leo Motus:
Trends in Artificial Intelligence Applications for Real-Time control (a Speculative Study). 31-41 - Alfonso García-Cerezo, Aníbal Ollero, Javier Aracil:
Dynamic Analysis of Weigthed-output fuzzy control Systems. 43-48 - Bernd-Markus Pfeiffer:
Identification of fuzzy Rules from Learning Data. 49-54 - A. Espada, Antonio Barreiro:
Robust Design of fuzzy controllers based on Small gain conditions. 55-60 - Jens Alex, Ulrich Jumar, R. Tschepetzki:
A fuzzy controller for activated sludge waste water plants. 61-66 - Robert Hoyer, Ulrich Jumar:
An Advanced fuzzy controller for Traffic Lights. 67-72 - M. Teresa Carvalho, João M. C. Sousa, Fernando O. Durão, P. M. Martins:
Real Time fuzzy control of Column flotation Process. 73-78 - Antonio Sala, Jesús Picó:
Analysis of Rulebase Coherence in fuzzy control Systems. 79-84 - Carlos F. Nicolás, E. Lombraña, A. Álvarez, M. Raúl Reyero:
Derivation of fuzzy Hybrid Models for Real-Time fuzzy control Design: Application to a furnace. 85-89 - Werner Brockmann:
Comparison of Fuzzy, Rule-Based, and Conventional Process Control. 91-96 - Luís Seabra Lopes
, Luis M. Camarinha-Matos:
Learning to Diagnose Failures of assembly Tasks. 97-103 - Thomas W. Rauber, M. M. Barata, Adolfo Steiger-Garção:
Learning of Specific Process Monitors in Machine Tool Supervision. 105-110 - Sergej Fatikow, K. Sundermann:
Neural-based Learning in grasp force control of a robot Hand. 111-116 - Michael Kaiser, Attilio Giordana, Marnix Nuttin:
Integrated Acquisition, Execution, Evaluation, and Tuning of Elementary Skills for Intelligent robots. 117-122 - Gwang Hoon Park, Yoh-Han Pao, Kurt G. Eyink, Steven R. LeClair, M. S. Soclof:
Neural-Net Based Optical Ellipsometry for Monitoring Growth of Semiconductor Films. 123-128 - Samuel J. P. Laube, Elizabeth F. Stark:
Artificial Intelligence in Process control of pulsed laser deposition. 129-134 - E. Dummermuth:
The Real Issues in fuzzy Logic Applications. 135-140 - P. Rutherford, Barry Lennox, Gary A. Montague:
Case studies in Process modelling and condition Monitoring using Artificial Neural Networks. 141-146 - Miquel Sànchez-Marrè, Ignasi R.-Roda, Manel Poch, Ulises Cortés, Javier Lafuente:
Dai-Depur Architecture: Distributed Agents for Real-Time WWTP Supervision and control. 147-152 - Jie Zhang, A. Julian Morris, Gary A. Montague:
Fault Diagnosis of a CSTR using fuzzy Neural Networks. 153-158 - Gabriela Cembraño, Carme Torras, Gordon Wells:
Neural Networks for robot control. 159-166 - Rob A. Vingerhoeds, A. J. Krijgsman:
The NECTAR-project Research into the application of Neural Networks for Flight Control. 167-172 - Gerard Schram, L. Karsten, Ben J. A. Kröse, Frans C. A. Groen:
Optimal Attitude Control of Satellites by Artificial Neural Networks: a Pilot Study**The study was performed in the Autumn of 1993 by Fokker Space & Systems and the University of Amsterdam, and partially funded by the Dutch space agency NIVR. A detailed report is available on request. 173-178 - James F. Peters, Luis Baumela, Darío Maravall, Sheela Ramanna:
Logical Design of Neural controllers. 179-184 - Sergio Domínguez, Pascual Campoy, Rafael Aracil:
A Neural Network based Quality control System for steel Strip manufacturing. 185-190 - D. J. Mills, Martin Brown, Christopher J. Harris:
Training Neurofuzzy Systems. 191-196 - Ramón Ferreiro García, José Vidal Paz:
Learning Task Applied to identification of a marine Vehicle. 197-201 - F. Vázquez, E. Garcia:
A Local Guidance method for low-Cost Mobile robots using fuzzy Logic. 203-207 - Manuel Mazo, Francisco J. Rodríguez, Enrique Santiso, Miguel Ángel Sotelo:
Road following by Artificial Vision using Neural Network. 209-214 - Victor F. Muñoz, Jorge L. Martínez, Aníbal Ollero:
Navigation with Uncertain Position Estimation in the RAM-1 Mobile Robot. 215-219 - F. Vázquez, E. Paz, R. Marín:
Real-Time Vision-based Navigation and 3D depth estimation for an indoor Autonomous Mobile robot. 221-226 - Z. Anzálek:
Real-Time Neural controller Implemented on Parallel Architecture. 227-232 - Carlos Puchol:
Achieving High Performance sonar-based Wall-following. 233-236 - Jose M. Giron-Sierra, Juan Antonio Gómez Pulido, Bonifacio Andres-Toro:
Application of an Object-Oriented Expert System Shell to a Fermentation Process. 237-242 - János Nacsa, George L. Kovács:
Communication Problems of Expert Systems in manufacturing Environment. 243-247 - Manuel Mazo, Francisco J. Rodríguez, José Luis Lázaro, Jesús Ureña, Juan C. García, Enrique Santiso, Pedro A. Revenga, J. J. Arcía:
Electronic control for a wheel-Chair Guided by oral Commands and ultrasonic and infrared Sensors. 249-254 - G. Johannsen, Elena A. Averbukh:
Human Interaction for Process Supervision based on End-User Knowledge and Participation. 255-260 - Juan Garbajosa, O. Tejedor, Mikael Wolff:
Natural Language front End to Test Systems. 261-267 - M. Ignova, Jarka Glassey, Gary A. Montague, A. Julian Morris, A. C. Ward:
Knowledge Integration for Improved Bioprocess Supervision. 269-273 - Antoni Guasch, R. Milne, Ramon Sarrate:
Relay ladder Logic Diagnosis. 275-280 - Thomas Längle, Tim C. Lueth:
Decentralized control of Distributed Intelligent robots and Subsystems. 281-286 - Michael G. Rodd, John D. Holt, A. V. Jones, M. Zhao, M. B. Zungu:
A New Paradigm for Distributed, Integrated, Real-Time control Systems. 287-292 - Ian M. MacLeod, Alec Stothert:
A simulation Study of Distributed Intelligent control for a Deep Shaft Mine Winder. 293-298 - B. Kemp, Paul Soper, Andy King:
Continuation Compilation for Concurrent Logic Programming. 299-305 - José E. Simó, Alfons Crespo:
Real Time Planning in n-dim State Space. 307-312 - J. A. Pérez, J. Pujol, Pedro R. Muro-Medrano:
Increasing a Knowledge Representation Schema for FMS control with Fault Detection and error Recovery Capabilities. 313-317 - D. Kersual, A. Mensch:
REAKT: A Real Time architecture for knowledge based systems. 319-324 - Roar A. Fjellheim, Thomas Bech Pettersen, Birger Christoffersen, Andy Nicholls:
Application methodology for REAKT. 325-332 - Juan J. Galán Vega, Agustín González-Quel:
The Development of an Artificial Intelligence Real-Time Toolkit: REAKT. 333-339 - E. Pessi, E. Bullo:
MORSAF: a real-time assistant for the management of a petrochemical plant. 341-346 - Federico Barber, Vicent J. Botti, Eva Onaindia:
Temporal Data Representation and Reasoning in REAKT. 347-352 - Idoia Alarcón, Xavier Alamán, P. Gómez, S. Romero, Juan A. Aguilar-Crespo, M. Campos, P. Serrahima, J. M. Domínguez, Pilar Rodríguez Marín, Erik de Pablo:
An Integration Methodology and Architecture for Intelligent Systems in Process control: the Hint Project. 353-358 - H. Bejder, B. Holbæk Jensen, E. Thomsen, L. Lundgaard Andresen, S. Borchersen:
Commercial Perspective when Applying AI Techniques and Traditional IT Skills. 359-363 - Ulf Sundin, Peter Nordin, Shahab Ghavami:
Designing User Interfaces for Applications based on the Hint Architecture. 365-370 - P. Gómez, S. Romero, P. Serrahima, Idoia Alarcón:
A Real Time Expert System for continuous Assistance in Process control: a Successful Approach. 371-375 - Thomas Cord:
A Blackboard Application for Process Monitoring and Supervision. 377-382 - J. Francisco Blanes Noguera, José E. Simó, Milagros Martínez, J. S. Senent:
Developing E.S. For Process control using UNIX based Tools. 383-387
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