Article 19268 of comp.ai.neural-nets: Path: cantaloupe.srv.cs.cmu.edu!das-news.harvard.edu!news2.near.net!MathWorks.Com!europa.eng.gtefsd.com!swiss.ans.net!news.dfn.de!gs.dfn.de!tubsibr!nauck From: nauck@ibr.cs.tu-bs.de (Detlef Nauck) Newsgroups: comp.ai.fuzzy,comp.ai.neural-nets Subject: Announcing a new book on Fuzzy Systems in Computer Science Date: 5 Oct 1994 16:48:02 GMT Organization: TU Braunschweig, Informatik (Bueltenweg), Germany Lines: 161 Distribution: world Message-ID: <36ulc2$ob7@ra.ibr.cs.tu-bs.de> Reply-To: gebhardt@ibr.cs.tu-bs.de (Joerg Gebhardt) NNTP-Posting-Host: neuro.ibr.cs.tu-bs.de Originator: nauck@neuro.ibr.cs.tu-bs.de Xref: glinda.oz.cs.cmu.edu comp.ai.fuzzy:3050 comp.ai.neural-nets:19268 Dear colleagues, we would like to announce a new book about fuzzy systems in computer science. This book is written in English. Rudolf Kruse, Joerg Gebhardt, and Rainer Palm (Eds.): F U Z Z Y S Y S T E M S I N C O M P U T E R S C I E N C E Braunschweig/Wiesbaden: Vieweg 1994, 342 pp. (Artificial Intelligence: ed. by Wolfgang Bibel and Walther von Hahn) Hardcover DM 98.00 / $ 70.00 ISBN 3-528-05456-5 =============================================================================== A B S T R A C T : This book gives a survey of recent developments in fuzzy technology in Germany. The main topics are: - Fuzzy Control - Fuzzy Neuro Systems - Fuzzy Systems in Artificial Intelligence - Theory of Fuzzy Systems - Fuzzy Classification All chapters start with an authoritative introduction to the main issues of the respective field, involving the state of the art. The subsequent papers in each chapter address recent deliverables and describe new ideas regarding the improvement of fuzzy systems. These deliverables are extended reviewed versions of contributions that were presented at the first Workshop "Fuzzy-Systeme '93' in Braunschweig, Germany, October 21-22, 1993. This workshop was organized by the the German Society of Computer Science (GI), the German Academy of Computer Science (DIA), and the University of Braunschweig, reflecting the work of the new trade group "Fuzzy-Systeme" as a subsection of the committee "1.2. Inferenzsysteme" of GI. All important research groups that work in the field of fuzzy systems in Germany attended the Braunschweig Workshop. Further workshops will take place every year at another location in Germany. The second Workshop "Fuzzy-Systeme '94" will be organized in Munich on October 21-22, 1994, invited speakers: L.A. Zadeh, L. Koczy). Information (Workshop "Fuzzy-Systeme '94"): Deutsche Informatik-Akademie GmbH Wissenschaftszentrum Ahrstr. 45 53175 Bonn Tel: +49.228.302164 FAX: +49.228.378690 ============================================================================== T A B L E O F C O N T E N T S : Preface (by editors) 1 Fuzzy Systems in Germany: Historical Remarks (H.J. Zimmermann) 2 Fuzzy Control 2.1 Fuzzy Control: An Overview (H. Hellendoorn) 2.2 Input Scaling of Fuzzy Controllers (R. Palm) 2.3 How to Store Efficiently a Linguistic Rule Set in a Fuzzy Controller (K.-D. Meyer-Gramann) 2.4 Learning the Rule Base of a Fuzzy Controller by a Genetic Algorithm (J. Hopf and F. Klawonn) 3 Fuzzy Neuro Systems 3.1 Fuzzy Neuro Systems: An Overview (D. Nauck) 3.2 Image Analysis based on Fuzzy Similarities (R. Felix, T. Kretzberg, and M. Wehner) 3.3 ANFIS-SNNS: Adaptive Network Fuzzy Inference System in the Stuttgart Neural Network Simulator (K. Brahim and A. Zell) 3.4 Fast Perceptron Learning by Fuzzy Controlled Dynamic Adaptation of Network Parameters (S.K. Halgamuge, A. Mari, and M. Glesner) 3.5 Building Neural Fuzzy Controllers with NEFCON-I (D. Nauck) 4 Fuzzy Systems in AI 4.1 Fuzzy Systems in AI: An Overview (C. Freksa) 4.2 Possibilistic Reasoning in Multidimensional Hypotheses Spaces (J. Gebhardt) 4.3 Hybrid Reasoning with FUZZYNEX (S. Dierkes, B. Reusch, and K.H. Temme) 4.4 The Semantics of Imprecision in Terminological Logics (J. Heinsohn) 5 Theory of Fuzzy Systems 5.1 Theory of Fuzzy Systems: An Overview (S. Gottwald) 5.2 Solvability Considerations for Non-Elementary Fuzzy Relational Equations (S. Gottwald) 5.3 Monoidal Logic (U. Hoehle) 5.4 Interpolation and Approximation of Real Input-Output Functions Using Fuzzy Rule Bases (P. Bauer, E.P. Klement, A. Leikermoser, and B. Moser) 5.5 Defuzzification as Crisp Decision Under Fuzzy Constraints - New Aspects of Theory and Improved Defuzzification Algorithms (T.A. Runkler and M. Glesner) 5.6 Uncertainty and Fuzziness (W. Sander) 6 Fuzzy Classification 6.1 Fuzzy Classification: An Overview (K.D. Meyer-Gramann) 6.2 Fuzzy Pattern Classification - Methodology and Application S.F. Bocklisch and N. Bitterlich 6.3 A Fuzzy Method to Spectra Interpretation (M. Kudra) 6.4 Fuzzy Elastic Matching of Medical Objects Using Fuzzy Geometric Representations (L. Koehler and P. Jensch) 6.5 FRED - Fuzzy Preference Decision Support System - A Knowledge-Based Approach for Fuzzy Multiattribute Preference Decision Making (M. Wiemers) ===============================================================================