SOURCE-LINKED INTELLIGENCE

LEJO: Learned Approaches for Spatial Join Processing.

CORDIS · observation · Publication date unknown

data distribution-oblivious. As a result, existing approaches are increasingly inefficient as spatial datasets to be joined become larger and more complex. The project LEJO is intended to make use of machine learning techniques to better understand the distributions of spatial data, and accordingly design learned approaches for highly efficient spatial join processing. Specifically, the research actions of LEJO include (1) learned approaches for binary spatial joins of memory-resident data; (2) learned approaches for binary spatial joins of disk-resident data; (3) learned approaches for multi-way spatial joins. The research actions will mainly concern analysis of the bottlenecks of existing approaches, design of distribution-aware space/data partitioning, design of learned model based indexes and join algorithms, and implementation and evaluation of the proposed techniques. These research actions, as well as project planning and management, will significantly strengthen the fellows research profile and manage skill. This in turn will put him in a considerably better position for futu

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recordType

award

status

SIGNED

region

EU

value

230774.4

unit

EUR