Information Fusion and Geographic Information Systems

1. Front Matter

   Pages I-XIII

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2. Invited Papers

   1. New Challenges for Defining Information Fusion Requirements

      • James Llinas

      Pages 1-17

   2. Situation Management: Basic Concepts and Approaches

      • Gabriel Jakobson, John Buford, Lundy Lewis

      Pages 18-33

   3. Maritime GIS: From Monitoring to Simulation Systems

      • C. Claramunt, T. Devogele, S. Fournier, V. Noyon, M. Petit, C. Ray

      Pages 34-44

3. Data, Information and Knowledge Harmonization, Integration and Fusion in GIS

   1. Intelligent Images Analysis in GIS

      • Philipp Galjano, Vasily Popovich

      Pages 45-68

   2. Context-Driven Information Fusion for Operational Decision Making in Humanitarian Logistics

      • Alexander Smirnov, Alexey Kashevnik, Tatiana Levashova, Nikolay Shilov

      Pages 69-83

   3. From Battle Management Language (BML) to Automatic Information Fusion

      • Ulrich Schade, Joachim Biermann, Miłosław Frey, Kellyn Kruger

      Pages 84-95

   4. Centrope MAP: Combining X-Border Information from Multiple Sources for Planning Purposes

      • Manfred Schrenk, Walter Pozarek

      Pages 96-110

4. Information Assurance and Protection in GIS

   1. Software Environment for Simulation and Evaluation of a Security Operation Center

      • Julien Bourgeois, Abdoul Karim Ganame, Igor Kotenko, Alexander Ulanov

      Pages 111-127

   2. Security Policy Verification Tool for Geographical Information Systems

      • Igor Kotenko, Artem Tishkov, Olga Chervatuk, Ekaterina Sidelnikova

      Pages 128-146

   3. Architecture Types of the Bit Permutation Instruction for General Purpose Processors

      • Moldovyan A. A., Moldovyan N. A., Moldovyanu P. A.

      Pages 147-159

   4. New Public Key Cryptosystems Based on Difficulty of Factorization and Discrete Logarithm Problems

      • Moldovyan N. A.

      Pages 160-172

5. GIS as a Basis for Monitoring Systems

   1. Application of a Dynamic Recurrent Neural Network in Spatio-Temporal Forecasting

      • Tao Cheng, Jiaqiu Wang

      Pages 173-186

   2. System of Traffic Control on the Basis of Cartographic Databases and Geoinformation Technologies

      • A. A. Kravtsov, A. N. Kriuchkov, E. E. Sotikova

      Pages 187-193

   3. Information Fusion of Land Laser Scanning for Geographic Information Systems

      • Ilya S. Tarasov, Nikita A. Pikhtin

      Pages 194-201

   4. Using GIS to Analyze Acute Myocardial Infarction in Turkey

      • Mehmet Zeki Coskun, H. Can Ünen, Cevat Kırma, Ercument Yılmaz

      Pages 202-208

6. Ontologies and Programming Technologies for GIS and GIS Applications

   1. Obtaining Semantic Descriptions Based on Conceptual Schemas Embedded into a Geographic Context

      • Miguel Torres, Serguei Levachkine

      Pages 209-222

   2. Representing the Semantic Content of Topological Relations into Spatial Databases

      • Miguel Martinez, Marco Moreno, Miguel Torres, Serguei Levachkine

      Pages 223-233

   3. Some Remarks on Topological Abstraction in Multi Representation Databases

      • Andreas Thomsen, Martin Breunig

      Pages 234-251

   4. Intelligent Simulation of Hydrophysical Fields by Immunocomputing

      • Alexander O. Tarakanov, Ludmilla A. Sokolova, Sergey V. Kvachev

      Pages 252-262

This volume contains the papers presented at the International Workshop “Inf- mation Fusion and Geographical Information Systems” (IF&GIS’07) held in St. Petersburg, Russia, during May 27-29, 2007. The workshop was organized by the St. Petersburg Institute for Informatics and Automation of the Russian Academy of Sciences (SPIIRAS). Research in the Geosciences field interprets the concept of Information Fusion as a synonym of an approach that permits research into all the problems and issues which program-makers and scientific researchers are faced with. Thus, topics that are to be covered during the workshop relate to issues such as harmonization, - tegration and information fusion. At the same time the spectrum of problems - der discussion exceeds the current bounds of developing GIS applications. This is a significant modern trend since GIS technology is more often used as an interface in support and decision making systems. As a result, it is difficult to consider Geoinformation Science without considering related scientific directions such as Ontology, Artificial Intelligent Systems and Situation Management.

• Artificial Intelligence
• Cartography
• Environmental Computing
• GIS
• Geoinformation
• Geoinformationssysteme
• Information Systems

• Geoinformation Systems, St. Petersburg, Russia

  Vasily V. Popovich

• Central European Institute of Technology, Department for Urbanism, Transport, Environment & Information Society, CEIT ALANOVA gemeinnützige GmbH, Schwechat, Austria

  Manfred Schrenk

• NUWC, Newport

  Kyrill V. Korolenko

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