Real-time genetic spatial optimization to improve forest fire spread forecasting in high-performance computing environments

Earth and Planetary Sciences

• Forest Fire 100%
• Prediction 33%
• Time 20%
• Accuracy 20%
• Calibration 13%
• Real Time 13%
• Natural Hazard 13%
• Simulation 13%
• Datum 13%
• Simulator 6%
• Genetic Algorithm 6%
• Fire Behavior 6%
• Fire Management 6%
• Good 6%
• Improvement 6%
• Strategy 6%
• Core 6%
• Context 6%
• Aspect 6%
• Set 6%
• Genetics 6%
• Optimization 6%
• Geographic Information Systems 6%
• Balance 6%
• Interval 6%
• Error 6%
• Damage 6%
• Occurrence 6%

Agricultural and Biological Sciences

• Fire Spread 33%
• Prediction 33%
• Calibration 20%
• Accuracy 20%
• Genetics 13%
• Solutions 13%
• Algorithms 6%
• Fire Behavior 6%
• Forest Fire Management 6%
• Europeans 6%
• Environment 6%
• Methodology 6%
• Occurrence 6%

Computer Science

• Accuracy 20%
• Simulation 13%
• Optimization 6%
• Input Parameter 6%
• Genetic Algorithm 6%
• High-Performance Computing 6%
• Scientific Community 6%
• Computation Time 6%
• Allocation Policy 6%
• Simulation Time 6%
• Computing Environment 6%
• Operational Level 6%
• Cyberinfrastructure 6%
• Calibration Data 6%
• Resolution Reduction 6%
• Contexts 6%
• Southern European Country 6%