APPLICATION OF GEOINFORMATION TECHNOLOGIES TO RISK ASSESSMENT OF DISASTROUS EFFECTS
Annotation
A novel complex approach to the problem of risk assessment of disastrous effects (e.g., tsunami) on the base of geoinformation technologies is considered. The proposed method makes it possible to relate parameters of tsunami source, propagation medium, and shore infrastructure to disastrous effects, and to compose dynamic
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Articles in current issue
- INTERDISCIPLINARY APPROACH TO ESTIMATION AND ANALYSIS OF INFORMATION TECHNOLOGIES AND SYSTEMS EFFICIENCY
- PROSPECTIVE CHARACTERISTICS OF DIGITAL DATA TRANSMISSION CHANNEL
- AUTOMATED SYSTEM FOR INFORMATION SUPPORT OF DECISION MAKING IN REALTIME CONTROL OVER SPACE ROCKET TECHNIQUE STATE
- APPLICATION OF WEB-SERVICES TO MEDICAL DIAGNOSIS
- INVESTIGATION ON SAFETY OF COMPLEX TECHNICAL OBJECTS
- APPLICATION OF GEOINFORMATION TECHNOLOGIES TO RISK ASSESSMENT OF DISASTROUS EFFECTS
- COMBINED PROTECTION OF SOFTWARE FROM UNAUTHORIZED MODIFICATIONS
- INVESTIGATION OF BOTNETS AND DEFENSE MECHANISMS ON THE BASE OF SIMULATION MODELING
- POLYMODEL DESCRIPTION OF INHERENT INFORMATION SYSTEM MODERNIZATION PROCESS ON THE BASE OF SERVICE-ORIENTED APPROACH
- METHOD OF TRAFFIC ROUTING IN INFORMATION-COMMUNICATION HETEROGENEOUS NETWORK
- OPTIMIZATION OF QUEUEING NETWORK PARAMETERS ON THE BASE OF COMBINED APPLICATION OF ANALYTICAL AND SIMULATION MODELS
- FORMULATION OF THE PROBLEM OF PLAN OPERATION CORRECTION OF CORPORATIVE INFORMATION SYSTEM WITH THE USE OF POSITION OPTIMIZATION METHOD
- METHOD OF COORDINATION FOR CORPORATIVE INFORMATION SYSTEM ELEMENTS
- APPLICATION OF MULTIAGENT APPROACH TO BIOLOGICAL RESOURCE MODELING