Enhancing In-Memory Spatial Indexing with Learned Search

Keyphrases

• Spatial Data 100%
• In-memory 100%
• Spatial Indexing 100%
• Partitioning Method 66%
• Search Methods 33%
• Machine Learning 33%
• Exponential Growth 33%
• Twitter 33%
• Social Media Platforms 33%
• Facebook 33%
• Instagram 33%
• Optimal Performance 33%
• Cell Phone 33%
• Plethora 33%
• Index Structure 33%
• Tree Structure 33%
• One Dimension 33%
• Build System 33%
• Support Point 33%
• Spatial Join 33%
• Strava 33%
• Spatial Partitioning 33%
• Haversine Distance 33%
• Distance Join 33%
• Polygon Tests 33%
• Tree Index 33%
• Cell-based Sensor 33%
• Additional Key Words 33%
• Spatial Data Processing 33%
• Compute-intensive 33%
• Spatial Query 33%
• Join Query 33%
• Geospatial 33%
• High Selectivity 33%
• Range Join 33%
• Distance Computation 33%
• Binary Search 33%

Computer Science

• Partitioning Technique 100%
• Massive Amount 50%
• Exponential Growth 50%
• Optimal Performance 50%
• Facebook 50%
• Social Medium Platform 50%
• Instagram 50%
• Cell Phone 50%
• Index Structure 50%
• Data Indexing 50%
• Search Technique 50%
• Haversine Distance 50%
• Systems and Application 50%
• Intensive Operation 50%
• Machine Learning 50%
• Learning System 50%
• Data Processing 50%
• Global Positioning System 50%