Dataset · Atlas · Vocabulary
Federation (core)
https://momo54.github.io/fedlit/category/core
- Definition
- The contribution is about querying several SPARQL endpoints or RDF sources in one query: federation engines, source selection for federation, federation benchmarks, semantics of SERVICE.
- Scheme
- Categories
107 papers
- 2011 · ANAPSID: An Adaptive Query Processing Engine for SPARQL Endpoints
- 2011 · FedBench: A Benchmark Suite for Federated Semantic Data Query Processing
- 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 · One Query to Bind Them All
- 2011 · SPLENDID: SPARQL Endpoint Federation Exploiting VOID Descriptions
- 2011 · Semantics and Optimization of the SPARQL 1.1 Federation Extension
- 2012 · A Heuristic-Based Approach for Planning Federated SPARQL Queries
- 2012 · Benchmarking Federated SPARQL Query Engines: Are Existing Testbeds Enough?
- 2012 · DEFENDER: A DEcomposer for quEries agaiNst feDERations of Endpoints
- 2012 · Learning from the History of Distributed Query Processing - A Heretic View on Linked Data Management
- 2012 · Querying the Web of Interlinked Datasets using VOID Descriptions
- 2012 · SPARQL Query Mediation over RDF Data Sources with Disparate Contexts
- 2012 · Semantic Sensor Data Search in a Large-Scale Federated Sensor Network
- 2012 · Sharing Statistics for SPARQL Federation Optimization, with Emphasis on Benchmark Quality
- 2013 · Applying SPARQL-DQP for Federated SPARQL Querying over Google Fusion Tables
- 2013 · Best-effort Linked Data Query Processing with Time Constraints using ADERIS-Hybrid
- 2013 · DAW: Duplicate-AWare Federated Query Processing over the Web of Data
- 2013 · FedSearch: Efficiently Combining Structured Queries and Full-Text Search in a SPARQL Federation
- 2013 · Federated Entity Search Using On-the-Fly Consolidation
- 2013 · Federating queries in SPARQL 1.1: Syntax, semantics and evaluation
- 2013 · LHD: Optimising Linked Data Query Processing Using Parallelisation
- 2013 · On-the-fly Integration of Static and Dynamic Sources
- 2013 · SILURIAN: a Sparql vIsuaLizer for UndeRstanding querIes And federatioNs
- 2014 · Approximating Inference-enabled Federated SPARQL Queries on Multiple Endpoints
- 2014 · HiBISCuS: Hypergraph-Based Source Selection for SPARQL Endpoint Federation
- 2014 · Linked Biomedical Dataspace: Lessons Learned Integrating Data for Drug Discovery
- 2014 · Querying a messy web of data with Avalanche
- 2014 · Resource Planning for SPARQL Query Execution on Data Sharing Platforms
- 2014 · Strategies for Executing Federated Queries in SPARQL1.1
- 2014 · TopFed: TCGA Tailored Federated Query Processing and Linking to LOD
- 2015 · A logical characterisation of SPARQL federation
- 2015 · Dataset Descriptions for Optimizing Federated Querying
- 2015 · Dynamic Join Order Optimization for SPARQL Endpoint Federation
- 2015 · Federated SPARQL Queries Processing with Replicated Fragments
- 2015 · On Requirements for Federated Data Integration as a Compilation Process
- 2015 · Parallel Data Loading during Querying Deep Web and Linked Open Data with SPARQL
- 2015 · Processing Aggregate Queries in a Federation of SPARQL Endpoints
- 2015 · SemaGrow: optimizing federated SPARQL queries
- 2016 · A fine-grained evaluation of SPARQL endpoint federation systems
- 2016 · Federated Query Processing: Challenges and Opportunities
- 2016 · FuhSen: A Platform for Federated, RDF-based Hybrid Search
- 2016 · Semantic Web Technologies and Big Data Infrastructures: SPARQL Federated Querying of Heterogeneous Big Data Stores
- 2016 · UPSP: Unique Predicate-based Source Selection for SPARQL Endpoint Federation
- 2017 · BioFed: federated query processing over life sciences linked open data
- 2017 · Challenges of Source Selection in the WoD
- 2017 · Decomposing federated queries in presence of replicated fragments
- 2017 · Ephedra: SPARQL Federation over RDF Data and Services
- 2017 · Federated Query Formulation and Processing through BioFed
- 2017 · Federated SPARQL Query Processing Via CostFed
- 2017 · Federated Semantic Data Management (Dagstuhl Seminar 17262)
- 2017 · Federated Semantic Data Management for Business Intelligence and Healthcare: Two Case Studies
- 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 · SAFE: SPARQL Federation over RDF Data Cubes with Access Control
- 2017 · The Odyssey Approach for Optimizing Federated SPARQL Queries
- 2017 · The Sevod Vocabulary for Dataset Descriptions for Federated Querying
- 2018 · BOUNCER: Privacy-Aware Query Processing over Federations of RDF Datasets
- 2018 · CostFed: Cost-Based Query Optimization for SPARQL Endpoint Federation
- 2018 · Extending LargeRDFBench for Multi-Source Data at Scale for SPARQL Endpoint Federation
- 2018 · Financing the Web of Data with Delayed-Answer Auctions
- 2018 · Heuristics-based Query Reordering for Federated Queries in SPARQL 1.1 and SPARQL-LD
- 2018 · LargeRDFBench: A billion triples benchmark for SPARQL endpoint federation
- 2018 · On the size of intermediate results in the federated processing of SPARQL BGPs
- 2018 · Semantic Query Federation for Scalable Security Log Analysis
- 2018 · Towards Efficient Query Processing over Heterogeneous RDF Interfaces
- 2019 · Federated RDF Query Processing
- 2019 · How Diverse Are Federated Query Execution Plans Really?
- 2019 · Ontario: Federated Query Processing Against a Semantic Data Lake
- 2019 · PURE: A Privacy Aware Rule-Based Framework over Knowledge Graphs
- 2019 · Quality-Driven Query Processing over Federated RDF Data Sources
- 2019 · Real-life Experiences with Federated Search
- 2020 · FedQPL: A Language for Logical Query Plans over Heterogeneous Federations of RDF Data Sources
- 2020 · GeoFedBench: A Benchmark for Federated GeoSPARQL Query Processors
- 2020 · KOBE: Cloud-native Open Benchmarking Engine for Federated Query Processors
- 2021 · An empirical evaluation of cost-based federated SPARQL query processing engines
- 2021 · Deducing Federated SPARQL queries from RDF Mappings
- 2021 · Ensuring License Compliance in Linked Data with Query Relaxation
- 2021 · KOBE: Cloud-Native Open Benchmarking Engine for Federated Query Processors
- 2022 · A Geospatial Join Optimization for Federated GeoSPARQL querying
- 2022 · De-icing Federated SPARQL Pipelines: a method for Assessing the "Freshness" of Result Sets
- 2022 · Federated SPARQL Query Processing over Heterogeneous Linked Data Fragments
- 2022 · Source Selection for SPARQL Endpoints: Fit for Heterogeneous Federations of RDF Data Sources?
- 2022 · Towards Query Processing over Heterogeneous Federations of RDF Data Sources
- 2023 · A Cost Model to Optimize Queries over Heterogeneous Federations of RDF Data Sources
- 2023 · FedShop: A Benchmark for Testing the Scalability of SPARQL Federation Engines
- 2023 · On the Potential of Artificial Intelligence Chatbots for Data Exploration of Federated Bioinformatics Knowledge Graphs
- 2023 · Towards a Decentralized Data Hub and Query System for Federated Dynamic Data Spaces
- 2024 · A systematic overview of data federation systems
- 2024 · Considering Vocabulary Mappings in Query Plans for Federations of RDF Data Sources
- 2024 · FedUP: Querying Large-Scale Federations of SPARQL Endpoints
- 2024 · Fediscount: Shopping Online at a Federated Store Using FedUP as SPARQL Federation Engine
- 2024 · Online Sampling of Summaries from Public SPARQL Endpoints
- 2025 · Fraw: Sampling-Based Approximate Query Processing for Federations of SPARQL endpoints
- 2025 · LLM-based SPARQL Query Generation from Natural Language over Federated Knowledge Graphs
- 2025 · Observations on Automated Client-Side Query Federation over Wikidata SPARQL Endpoints
- 2025 · SPARQL Federated Query Debugging Tool
- 2026 · A Multi-Agent Framework for Federated SPARQL Query Generation
- 2026 · Does SPARQL federation work in the real world? A case study over large biological SPARQL endpoints
- 2026 · Evolving FedX: High-Performance SPARQL Federation in the Eclipse RDF4J Ecosystem
- 2026 · FeDivers: Graph-Pattern-Aware Source Selection for Scalable SPARQL Federations
- 2026 · Querying Federations of SPARQL Endpoints and JSON-based Web APIs with HeFQUIN
- 2026 · Strengthening LargeRDFBench for Interoperable Federated SPARQL Evaluation
- 2026 · The HeFQUIN Approach to Extract and to Process Composite Values with RML and SPARQL
- 2026 · rdflib-endpoint: Exposing Idiomatic Python Functions as Federated SPARQL Services