GPU-Accelerated Rendering Methods to Visually Analyze Large-Scale Disaster Simulation Data

Keyphrases

• Rendering Techniques 100%
• Simulation Data 100%
• GPU Acceleration 100%
• Visualization Tools 100%
• Large-scale Disasters 100%
• Disaster Simulation 100%
• Civil Engineering 50%
• Simulation Model 50%
• Complex Analysis 50%
• Node-based Approach 50%
• Kernel Density Estimation 50%
• Rendering pipeline 50%
• Data Pooling 50%
• Conventional Analysis 50%
• Storage Space 50%
• Spatial Analysis 50%
• Memory Footprint 50%
• Multi-hazard Risk Assessment 50%
• Risk Assessment Methods 50%
• Secondary Storage 50%
• Spatio-temporal Data 50%
• Difference Map 50%
• Information for Decision Making 50%
• Inverse Distance Weighting 50%
• Emerging Methodology 50%
• Natural Risks 50%
• GIS Application 50%
• Mobile GIS Applications 50%
• Distance Map 50%
• Proximity Analysis 50%
• Overlay Operation 50%
• Algebra Operations 50%
• Map Overlay 50%
• Map Algebra 50%
• Desktop GIS 50%
• Statistical Area 50%
• Web GIS Application 50%
• Dataflow Architecture 50%

Computer Science

• Data Simulation 100%
• Visualization Tool 100%
• Graphics Processing Unit 100%
• Use Case 50%
• Decision-Making 50%
• Simulation Mode 50%
• Rendering Pipeline 50%
• Presented Approach 50%
• Postprocessing 50%
• Memory Footprint 50%
• Chain Analysis 50%
• Proximity Analysis 50%
• Secondary Memory 50%