1. EUROCAST 1989: Las Palmas, Spain

General CAST Methodology

• Franz Pichler:
  From Systems Theory to CAST. 2-6
  
• George J. Klir, Ivan Rozehnal:
  Epistemological Categories of Systems: An Overview and Mathematical Formulation. 7-32
  
• Robert Orchard:
  Knowledge Processing: A Semantics for the Klir Hierarchy of General Systems. 33-40
  
• Bernard P. Zeigler, Herbert Praehofer:
  Systems Theory Challenges in the Simulation of Variable Structure and Intelligent Systems. 41-51
  
• Franz Pichler:
  CAST-Modelling Approaches in Engineering Design. 52-68
  
• Rudolf Mittelmann:
  Object Oriented Design of CAST Systems. 69-75
  
• Rudolf Mittelmann, Herbert Praehofer:
  Design of an Object Oriented Kernel System for Computer Aided Systems Theory and Systems Theory Instrumented Modelling and Simulation. 76-85
  
• Alfred Spalt:
  Implementation of Finite-Memory Machines within CAST: FSM. 86-94
  
• Charles Rattray, Don Price:
  Sketching an Evolutionary Hierarchical Framework for Knowledge-Based Systems Design. 95-110
  
• Gisbert Dittrich:
  Specification with Nets. 111-124
  
• Felix Bretschneider, Helmut Lagger, B. Schulz:
  Infrastructure for Complex Systems - CAD Frameworks. 125-133
  

Systems Theory and CAST

• Raimo Ylinen, Hans Blomberg:
  Order and Equivalence Relations on Descriptions of Finite Dimensional Linear Systems. 135-150
  
• Milos Lansky:
  Infinitesimals on Computer - A Tool for CAST? 151-160
  
• Thomas Beth, Michael Clausen, Dieter Gollmann:
  Computer Algebra and Computer Aided Systems Theory. 161-169
  
• Klaus Kornwachs:
  Reconstructability Analysis and its Re-Interpretation in Terms of Pragmatic Information. 170-181
  
• Ireneusz Sierocki:
  On Determining the k-Nerode Equivalence For Tree Automata Inference. 182-190
  
• Gisbert Dittrich:
  Tools for Modelling with Petri-Net like Nets. 191-199
  
• Herbert Praehofer, Bernard P. Zeigler:
  Modelling and Simulation of Non-Homogeneous Models. 200-211
  
• Michael Payer:
  Finite State Machine Theory as a Tool for Construction of Systolic Arrays. 212-224
  
• Manfred Locke:
  Some Remarks on CAST, its Relation to Systems Theory and to other CA Tools. 225-230
  

Knowledge Based Systems, Artificial Perception and CAST

• Carmen Paz Suárez Araujo, Roberto Moreno-Díaz Jr.:
  Bases of a CAST System for Formal Neural Nets. 232-242
  
• José Simões da Fonseca, Roberto Moreno-Díaz, José Mira:
  The "Human Operator" - Some Requisits for a Theoretical Concept. 243-252
  
• José Barahona da Fonseca, Isabel Barahona da Fonseca, J. Serro, M. Purificação Horta, Inmaculada García, M. Fátima Ferreira, José Simões da Fonseca:
  A Minimal System for the Study of Relationships between Brain Processes and Psychological Events. 253-266
  
• José Mira:
  System Behaviour and Computing Structure. 267-283
  
• José Mira, Ana E. Delgado García, Ramón P. Otero, Roque Marín, Senén Barro, Alvaro Barreiro:
  Towards a Computational Theory of Systems. Some Cases Study. 284-300
  
• Olga Bolívar Toledo, Santiago Candela Solá, J. A. Muñoz-Blanco:
  Nonlinear Data Transforms in Perceptual Systems. 301-309
  
• F. M. Hernandez, Juan Méndez, Antonio Falcón:
  A Model for a Structural Vision System. 310-321
  
• Jerzy W. Rozenblit, Herbert Praehofer:
  Computer Aided Systems Theory and Knowledge-Based System Design and Simulation; Directions to Explore. 322-335
  
• Tuncer I. Ören:
  Artificial Intelligence and Quality Assurance in Computer-Aided Systems Theory. 336-344
  
• Wilfried Grossmann, Karl Anton Froeschl:
  On Expert Systems for the Use of Statistical Methods. 345-353
  

CAST Method Banks and Applications

• Hermann Hellwagner:
  CAST.Fourier - An Interactive Method Bank for Generalized Spectral Techniques. 355-366
  
• Peter Kopacek:
  CAST Methods in Control. 367-370
  
• Witold Jacak:
  Modelling and Simulation of Robot Motion by CAST. 371-380
  
• Wendelin Feiten, H. Hofestädt:
  Embedding Test Pattern Generation into Design. 381-398
  
• Wolfgang Borutzky:
  Combining Behavioral Block Diagram Modelling with Circuit Simulation. 399-410
  
• Peter Kopacek, N. Girsule:
  CA-Methods and Robotics. 411-415
  
• Achim Sydow:
  CA-Systems Analysis with Applications in Environmental Protection. 416-427