Dataset · Atlas · Vocabulary

Optimization & execution

https://momo54.github.io/fedlit/family/3

Definition: How to plan and execute efficiently?
Examples: joins, adaptivity, cost models, link traversal engines
French: Optimisation et exécution
Scheme: Problem families

49 papers

2009 · Executing SPARQL Queries over the Web of Linked Data
2010 · Linked Data Query Processing Strategies
2011 · ANAPSID: An Adaptive Query Processing Engine for SPARQL Endpoints
2011 · FedX: A Federation Layer for Distributed Query Processing on Linked Open Data
2011 · FedX: Optimization Techniques for Federated Query Processing on Linked Data
2011 · How Caching Improves Efficiency and Result Completeness for Querying Linked Data
2011 · Incremental SPARQL Evaluation for Query Answering on Linked Data
2011 · SIHJoin: Querying Remote and Local Linked Data
2011 · Zero-Knowledge Query Planning for an Iterator Implementation of Link Traversal Based Query Execution
2012 · A Heuristic-Based Approach for Planning Federated SPARQL Queries
2012 · DEFENDER: A DEcomposer for quEries agaiNst feDERations of Endpoints
2012 · Semantic Data Management (Dagstuhl Seminar 12171)
2012 · Top-k Linked Data Query Processing
2013 · A Hybrid Approach to Linked Data Query Processing with Time Constraints
2013 · Best-effort Linked Data Query Processing with Time Constraints using ADERIS-Hybrid
2013 · Including Co-referent URIs in a SPARQL Query
2013 · LHD: Optimising Linked Data Query Processing Using Parallelisation
2014 · Optimising Linked Data Queries in the Presence of Co-reference
2014 · Querying a messy web of data with Avalanche
2014 · Resource Planning for SPARQL Query Execution on Data Sharing Platforms
2014 · Will Linked Data Benefit from Inverse Link Traversal?
2015 · A Hybrid Framework for Online Execution of Linked Data Queries
2015 · Dynamic Join Order Optimization for SPARQL Endpoint Federation
2015 · Link traversal querying for a diverse Web of Data
2015 · Networks of Linked Data Eddies: An Adaptive Web Query Processing Engine for RDF Data
2015 · Processing Aggregate Queries in a Federation of SPARQL Endpoints
2015 · SemaGrow: optimizing federated SPARQL queries
2016 · Property Paths over Linked Data: Can It Be Done and How To Start?
2016 · Walking Without a Map: Ranking-Based Traversal for Querying Linked Data
2017 · Lusail: A System for Querying Linked Data at Scale
2017 · On the Role of the GRAPH Clause in the Performance of Federated SPARQL Queries
2017 · Parallelizing Federated SPARQL Queries in Presence of Replicated Data
2017 · PeNeLoop: Parallelizing Federated SPARQL Queries in Presence of Replicated Fragments
2017 · The Odyssey Approach for Optimizing Federated SPARQL Queries
2018 · Comunica: A Modular SPARQL Query Engine for the Web
2018 · Heuristics-based Query Reordering for Federated Queries in SPARQL 1.1 and SPARQL-LD
2019 · Quality-Driven Query Processing over Federated RDF Data Sources
2020 · Cost- and Robustness-Based Query Optimization for Linked Data Fragments
2022 · A Geospatial Join Optimization for Federated GeoSPARQL querying
2022 · Robust query processing for linked data fragments
2023 · A Cost Model to Optimize Queries over Heterogeneous Federations of RDF Data Sources
2023 · How Does the Link Queue Evolve during Traversal-Based Query Processing?
2023 · Link Traversal Query Processing Over Decentralized Environments with Structural Assumptions
2023 · Optimisation of Link Traversal Query Processing over Distributed Linked Data through Adaptive Techniques
2024 · Introducing Collaborative Link Traversal Query Processing in the Context of Structured Decentralized Environments
2024 · Optimizing traversal queries of sensor data using a rule-based reachability approach
2024 · Personalized Query Engine Optimization for Link Traversal-Based Query Processing over Structured Decentralized Environments
2025 · Revisiting Link Prioritization for Efficient Traversal in Structured Decentralized Environments
2026 · Evolving FedX: High-Performance SPARQL Federation in the Eclipse RDF4J Ecosystem

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