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Displaying 22 authors out of 22
DR. A. PERESAN (University of Trieste)
Analysis of Earthquake Catalogs for Intermediate-term Predictions and Seismic Hazard Assesment (Catalogs and Catalog errors; Randomization; Systematic Error in the Current Italian Catalog)
Intermediate-term Middle-range Earthquake Prediction: Real-time Testing in Italy and Surrounding Regions (Including ASI-SISMA Project, CSEP Testing and Analysis of Predictions for l?Aquila Earthquake)
Premonitory Seismicity Patterns for Moderate Size Volcanic Earthquakes (Analysis of Seismicity Patterns and CN Application at MT. Vesuvius)
DR. C. NARTEAU (Institut de Physique du Globe de Paris)
A Limited Power-law for the Aftershock Decay Rate. Part I
A Limited Power-law for the Aftershock Decay Rate. Part II
Morphodynamics of Dune-fields
DR. E. JAGLA (Centro Atomico Bariloche, Argentina)
A Model of Earthquake Clustering Based on Structural Relaxation
Structural Relaxation and its Relation with Non-trivial Frictional Properties
DR. I. VOROBIEVA (International Institute of Earthquake Prediction Theory and Mathematical Geophysics, Russian Academy)
Application of the Block Structure Modeling to Study Relation between Geodynamics and Seismicity
Study of Seismic Regime in the Alps and Dinarides Junction Zone: Block Structure Modeling and Historical Observations
Prediction of a Subsequent Strong Earthquake
DR. V. ROZENBERG (Institute of Mathematics and Mechanics, Ural Branch of the Russian Academy of Sciences)
Spherical Block-and-Fault Model: Description of Different Modifications
Spherical Block-and-Fault Model: Application to Simulation of Global Seismicity
PROF. A. AGNON (The Hebrew University of Jerusalem)
Lake Sediments: Recorders of Historic and Pre-historic Earthquakes
Archaeoseism: Earthquakes of the Past Recorded by Man-made Structures
PROF. A. CORREIG (Universitat de Barcelona)
Phenomenology of Earthquake Occurrence. Part I: Characterization of Observations
Phenomenology of Earthquake Occurrence. Part II: Quantification of Observations
Phenomenology of Earthquake Occurrence. Part III: Statistical Inferences
On the Power Law Statistical Distribution of Observations. A Tutorial
Precursory Activity. A Physical Approach
PROF. A. ISMAIL-ZADEH (International Institute of Earthquake Prediction Theory and Mathematical Geophysics, Russian Academy)
Inverse Retrospective Problems of Thermal Evolution of the Earth Interior: Numerical Techniques. Part I
Inverse Retrospective Problems of Thermal Evolution of the Earth Interior: Numerical Techniques. Part II
Inverse Retrospective Problems of Thermal Evolution of the Earth Interior: Applications. Part I
Inverse Retrospective Problems of Thermal Evolution of the Earth Interior: Applications. Part II
PROF. A. SOLOVIEV (International Institute of Earthquake prediction Theory and Mathematical Geophysics, Russian Academy)
Pattern Recognition Methods and Algorithms
Application of the Pattern Recognition Techniques to Earthquake-prone Areas Determination
Modeling of Block Structure Dynamics and Seismicity
PROF. C. DOGLIONI (Universita\' degli Studi di Roma \'La Sapienza\')
Plate Motions and Tectonic Asymmetry: Insights for Seismicity. Part I
Plate Motions and Tectonic Asymmetry: Insights for Seismicity. Part II
PROF. C. PASKAL (The Royal Institute of International Affairs, London; The School of Communications and Management, K)
Lessons From Katrina and the Mumbai Flood: How Human Systems Affect Resilience, for Better and for Worse
PROF. E. LAOR (University of Haifa)
Disaster Prediction and Civil Preparedness
Disaster Manager\'s Priority: First Shock or Last Aftershock?
From Large-Scale-Sudden-Disasters Planner\'s Desktop: For the Foreseen Future - Nothing but Deterministic Seismic Hazard Analysis
PROF. G. MOLCHAN (International Institute of Earthquake Prediction Theory and Mathematical Geophysics, Russian Academy)
The Error Diagrams in Space-time Earthquake Prediction
The Fractal/Multifractal Description of Seismicity. Part I
The Fractal/Multifractal Description of Seismicity. Part II
PROF. G.F. PANZA (University of Trieste; The Abdus Salam International Centre for Theoretical Physics)
Towards a Society Resilient to Earthquake: Neo-deterministic Time-variable Seismic Hazard Assessment. Part I
Towards a Society Resilient to Earthquake: Neo-deterministic Time-variable Seismic Hazard Assessment. Part II
PROF. M. CAPUTO (Università degli Studi di Roma "La Sapienza")
We Need Diversified and More Accurate Data
PROF. P. SHEBALIN (International Institute of Earthquake Prediction Theory and Mathematical Geophysics, Russian Academy)
Premonitory Long-range Activation of Seismicity
Reverse Tracing of Precursors within Earthquake Chains
Early Aftershock STatistics (EAST) Helping to Reveal High-stressed Areas
PROF. V. KEILIS-BOROK (International Institute of Earthquake Prediction Theory and Mathematical Geophysics, Russian Academy)
Predictive Understanding of Extreme Events in Nature and Society. Part I. State of the Art
Predictive Understanding of Extreme Events in Nature and Society. Part II. Yet Untapped Possibilities
Predictive Understanding of Extreme Events in Nature and Society. Part III. Analysis of the Outcome of Presidential and Mid-Term Senatorial Elections in the U.S.
PROF. V. KOSSOBOKOV (International Institute of Earthquake Prediction Theory and Mathematical Geophysics, Russian Academy)
What do we know about Earthquakes and their Sequences?
Measuring Variability of an Earthquake Sequence
Unified Scaling Law for Earthquakes and Seismic Hazard Assessment
Earthquake Prediction: Problem and Practical Solutions
Practice of Predicting Large Earthquakes on Global and Regional Scales
Earthquake Forecast/Prediction: Problem of Verification
Earthquake Forecast/Prediction: Accuracy and Limitations
Similarity and Differences in Sequences of Earthquakes, Solar Flares, and Starquakes
GROUP A - Pattern Recognition - Computer Exercises
GROUP B - Pattern Recognition - Computer Exercises
Numerical Simulation of Block Structure Dynamics - Exercises
GROUP A - Numerical Simulation of Block Structure Dynamics - Computer Exercises
GROUP B - Numerical Simulation of Block Structure Dynamics - Computer Exercises
GROUP B - Numerical Simulation of Block Structure Dynamics - Computer Exercises
GROUP A - The Algorithms M8 and Mendocino Scenario - Computer Exercises
GROUP B - The Algorithms M8 and Mendocino Scenario - Computer Exercises
GROUP A - The Algorithms M8 and Mendocino Scenario - Computer Exercises
GROUP A - The Algorithms M8 and Mendocino Scenario - Computer Exercises
GROUP B - The Algorithms M8 and Mendocino Scenario - Computer Exercises
Final Consultations, Distribution of the Software
Final Consultations, Distribution of the Software
GROUP B - Analysis of Earthquake Catalogs - Computer Exercises
Analysis of Earthquake Catalogs - Exercises
GROUP A - Analysis of Earthquake Catalogs - Computer Exercises
Analysis of Earthquake Catalogs - Exercises
Analysis of Earthquake Catalogs - Exercises
GROUP B - Analysis of Earthquake Catalogs - Computer Exercises
GROUP B - Analysis of Earthquake Catalogs - Computer Exercises
GROUP A - Analysis of Earthquake Catalogs - Computer Exercises
Pattern Recognition - Exercises

Organizers

Directors: V.I. Keilis-Borok, G.F. Panza, A.A. Soloviev