Dataset · Atlas · Vocabulary

title search

https://momo54.github.io/fedlit/stage/title-search

Definition: DBLP titles at ISWC, ESWC, WWW, the Semantic Web Journal and the Journal of Web Semantics (main tracks, posters, demos).
Scheme: Stages of the corpus construction

134 papers

2009 · Executing SPARQL Queries over the Web of Linked Data
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 · Semantics and Optimization of the SPARQL 1.1 Federation Extension
2011 · Zero-Knowledge Query Planning for an Iterator Implementation of Link Traversal Based Query Execution
2012 · Benchmarking Federated SPARQL Query Engines: Are Existing Testbeds Enough?
2012 · DEFENDER: A DEcomposer for quEries agaiNst feDERations of Endpoints
2012 · SPARQL for a Web of Linked Data: Semantics and Computability
2012 · Sharing Statistics for SPARQL Federation Optimization, with Emphasis on Benchmark Quality
2012 · Top-k Linked Data Query Processing
2012 · Ubiquitous access control for SPARQL endpoints: lessons learned and future challenges
2013 · Applying SPARQL-DQP for Federated SPARQL Querying over Google Fusion Tables
2013 · DAW: Duplicate-AWare Federated Query Processing over the Web of Data
2013 · Discoverability of SPARQL Endpoints in Linked Open 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 · Monitoring SPARQL Endpoint Status
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 · How much navigable is the Web of Linked Data?
2014 · Low-Cost Queryable Linked Data through Triple Pattern Fragments
2014 · Optimising Linked Data Queries in the Presence of Co-reference
2014 · Querying Datasets on the Web with High Availability
2014 · Reachable subwebs for traversal-based query execution
2014 · Strategies for Executing Federated Queries in SPARQL1.1
2014 · The swget portal: Navigating and acting on the web of linked data
2015 · A Hybrid Approach to Perform Efficient and Effective Query Execution Against Public SPARQL Endpoints
2015 · A Hybrid Framework for Online Execution of Linked Data Queries
2015 · A logical characterisation of SPARQL federation
2015 · Dataset Descriptions for Optimizing Federated Querying
2015 · Federated SPARQL Queries Processing with Replicated Fragments
2015 · Interactive Comparison of Triple Pattern Fragments Query Approaches
2015 · LDQL: A Query Language for the Web of Linked Data
2015 · Link traversal querying for a diverse Web of Data
2015 · Processing Aggregate Queries in a Federation of SPARQL Endpoints
2015 · Publishing Without Publishers: A Decentralized Approach to Dissemination, Retrieval, and Archiving of Data
2015 · Query Execution Optimization for Clients of Triple Pattern Fragments
2015 · dbpedia's Triple Pattern Fragments: Usage Patterns and Insights
2016 · A fine-grained evaluation of SPARQL endpoint federation systems
2016 · CyCLaDEs: A Decentralized Cache for Triple Pattern Fragments
2016 · FuhSen: A Platform for Federated, RDF-based Hybrid Search
2016 · LDQL: A query language for the Web of Linked Data
2016 · Moving Real-Time Linked Data Query Evaluation to the Client
2016 · Reducing the Network Load of Triple Pattern Fragments by Supporting Bind Joins
2016 · SPORTAL: Searching for Public SPARQL Endpoints
2016 · Semantic Web Technologies and Big Data Infrastructures: SPARQL Federated Querying of Heterogeneous Big Data Stores
2016 · Triple Pattern Fragments: A low-cost knowledge graph interface for the Web
2017 · A Formal Framework for Comparing Linked Data Fragments
2017 · Automated Fine-Grained Trust Assessment in Federated Knowledge Bases
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 SPARQL Query Processing Via CostFed
2017 · Federated Semantic Data Management for Business Intelligence and Healthcare: Two Case Studies
2017 · Parallelizing Federated SPARQL Queries in Presence of Replicated Data
2017 · SPARQLES: Monitoring public SPARQL endpoints
2017 · SWEEP: a Streaming Web Service to Deduce Basic Graph Patterns from Triple Pattern Fragments
2017 · The Odyssey Approach for Optimizing Federated SPARQL Queries
2018 · Comunica: A Modular SPARQL Query Engine for the Web
2018 · Decentralizing the Semantic Web through Incentivized Collaboration
2018 · Extending LargeRDFBench for Multi-Source Data at Scale for SPARQL Endpoint Federation
2018 · Intelligent Clients for Replicated Triple Pattern Fragments
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 · Querying Large Knowledge Graphs over Triple Pattern Fragments: An Empirical Study
2018 · Semantic Query Federation for Scalable Security Log Analysis
2018 · Ulysses: An Intelligent Client for Replicated Triple Pattern Fragments
2018 · teepee - A Triple Pattern Fragment Profiler Visualization Tool
2019 · A Decentralized Architecture for Sharing and Querying Semantic Data
2019 · Decentralized Indexing over a Network of RDF Peers
2019 · How Diverse Are Federated Query Execution Plans Really?
2019 · Quality-Driven Query Processing over Federated RDF Data Sources
2019 · Real-life Experiences with Federated Search
2019 · SaGe: Web Preemption for Public SPARQL Query Services
2020 · A more decentralized vision for Linked Data
2020 · Cost- and Robustness-Based Query Optimization for Linked Data Fragments
2020 · GeoFedBench: A Benchmark for Federated GeoSPARQL Query Processors
2020 · KOBE: Cloud-native Open Benchmarking Engine for Federated Query Processors
2020 · Processing SPARQL Aggregate Queries with Web Preemption
2020 · SMART-KG: Hybrid Shipping for SPARQL Querying on the Web
2020 · Towards Cost-Model-Based Query Execution over Hybrid Linked Data Fragments Interfaces
2021 · An empirical evaluation of cost-based federated SPARQL query processing engines
2021 · Deducing Federated SPARQL queries from RDF Mappings
2021 · KOBE: Cloud-Native Open Benchmarking Engine for Federated Query Processors
2021 · Processing SPARQL Property Path Queries Online with Web Preemption
2021 · SaGe-Path: Pay-as-you-go SPARQL Property Path Queries Processing Using Web Preemption
2021 · WiseKG: Balanced Access to Web Knowledge Graphs
2022 · Federated SPARQL Query Processing over Heterogeneous Linked Data Fragments
2022 · Online approximative SPARQL query processing for COUNT-DISTINCT queries with web preemption
2022 · Robust query processing for linked data fragments
2022 · Towards Query Processing over Heterogeneous Federations of RDF Data Sources
2022 · Using the ODRL Profile for Access Control for Solid Pod Resource Governance
2023 · A Rule-Based Software Agent on Top of Personal Data Stores
2023 · Decency and Decentralisation: Verifiable Decentralised Knowledge Graph Querying
2023 · Enabling Live SPARQL Queries over ConceptNet Using Triple Pattern Fragments
2023 · FedShop: A Benchmark for Testing the Scalability of SPARQL Federation Engines
2023 · LDESTS: Enabling Efficient Storage and Querying of Large Volumes of Time Series Data on Solid Pods
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
2023 · Optimizing SPARQL queries over decentralized knowledge graphs
2023 · POD-QUERY: Schema Mapping and Query Rewriting for Solid Pods
2023 · RAW-JENA: Approximate Query Processing for SPARQL Endpoints
2023 · Towards a Decentralized Data Hub and Query System for Federated Dynamic Data Spaces
2024 · A Demonstration of Decentralized Search Over Solid Personal Online Datastores
2024 · A systematic overview of data federation systems
2024 · ConSolid: A federated ecosystem for heterogeneous multi-stakeholder projects
2024 · FedUP: Querying Large-Scale Federations of SPARQL Endpoints
2024 · Fediscount: Shopping Online at a Federated Store Using FedUP as SPARQL Federation Engine
2024 · Observations on Bloom Filters for Traversal-Based Query Execution over Solid Pods
2024 · Online Sampling of Summaries from Public SPARQL Endpoints
2024 · Personalized Query Engine Optimization for Link Traversal-Based Query Processing over Structured Decentralized Environments
2024 · Requirements and Challenges for Query Execution across Decentralized Environments
2024 · smart-KG: Partition-Based Linked Data Fragments for querying knowledge graphs
2025 · Continuation Queries: Embracing Timeouts on Public SPARQL Endpoints
2025 · Decentralized based Generative AI Framework with Solid
2025 · Fraw: Sampling-Based Approximate Query Processing for Federations of SPARQL endpoints
2025 · Optimizing Write Performance in Decentralized Data Ecosystems
2025 · Passage: Ensuring Completeness and Responsiveness of Public SPARQL Endpoints with SPARQL Continuation Queries
2025 · Revisiting Link Prioritization for Efficient Traversal in Structured Decentralized Environments
2025 · SGF: SPARQL Updates over Decentralized Knowledge Graphs without Access Path Dependencies
2025 · SPARQL Federated Query Debugging Tool
2025 · Towards Provable Provenance and Privacy-Preserving Queries in Decentralised Data Architectures
2026 · A Multi-Agent Framework for Federated SPARQL Query Generation
2026 · Comunica MCP SPARQL: Improving the Accuracy of AI Agents using SPARQL-based Access to Decentralized KGs
2026 · Demonstrating Online Schema Alignment in Decentralized Knowledge Graphs Querying
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 · SolidSessionBench: Realistic Query Sequences for User-Oriented Decentralized Environments
2026 · rdflib-endpoint: Exposing Idiomatic Python Functions as Federated SPARQL Services

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