Range Query

A Provably Efficient Computational Model For Approximate Spatiotemporal Retrieval

Data Structure / Spatial Configuration / Multimedia Database / Computer Model / Geographic Database / Medical Image / Data Model / High Dimensionality / Boolean Satisfiability / Multimedia Application / Spatiotemporal Databases / Range Query / Medical Image / Data Model / High Dimensionality / Boolean Satisfiability / Multimedia Application / Spatiotemporal Databases / Range Query

Efficient parallel processing of range queries through replicated declustering

Distributed Computing / Parallel Processing / Distributed Data Mining / Parallel & Distributed Computing / Parallel and distributed Databases / Replication / Spatial Data / Load Balance / Indexation / Fault Tolerant / Theoretical Foundation / Range queries / Range Query / Data Format / Replication / Spatial Data / Load Balance / Indexation / Fault Tolerant / Theoretical Foundation / Range queries / Range Query / Data Format

Replication, Load Balancing and Efficient Range Query Processing in DHTs

Computational Geometry / Distributed System / Fault Tolerance / Distributed Hash Table / Load Balancing / Experimental Study / Data Access / Hashing / Peer to Peer / Replication / Load distribution / Data Replication / Load Balance / Data Processing / Fault Tolerant / Database / Hash Function / Range Query / Experimental Study / Data Access / Hashing / Peer to Peer / Replication / Load distribution / Data Replication / Load Balance / Data Processing / Fault Tolerant / Database / Hash Function / Range Query

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