位置：成果数据库 > 会议 > 会议详情页
EASE: Efficient and Adaptive Keyword Search on Unstructured, Semi-structured and Structured Data
  • 所属机构名称：清华大学
  • 成果类型：会议
  • 相关项目：纯XML数据库管理系统中的关键问题
同会议论文项目
纯XML数据库管理系统中的关键问题
期刊论文 16 会议论文 29
同项目会议论文
LCA-based Keyword Search for Effectively Retrieving "Information Unit" from Web Pages
Parallel Structural Join Algorithm on Shared-memory Multi-core Systems
Efficient Similarity Search for Tree-Structured Data
RACE: Finding and Ranking Compact Connected Trees for Keyword Proximity Search over XML Documents
SAILER: An Effective Search Engine for Unified Retrieval of Heterogeneous XML and Web Documents
Counting Graph Matches with Adaptive Statistics Collection
XProj: A Framework for Projected Structural Clustering of XML Documents
DMT: A Flexible and Versatile Selectivity Estimation Approach for Graph Query
Efficient Vectorial Operators for Processing XML Twig Queries
TwigStar: 快速处理XML Twig查询中含通配符*的算法
Exploit Sequencing to Accelerate XML Twig Query Answering
Hidden Conditioned Homomorphism for XPath Fragment Containment
BBTC: A New Update-Supporting Coding Scheme for XML Documents
Retrieving and Materializing Tuple Units for Effective Keyword Search over Relational Databases
Progressive Ranking for Efficient Keyword Search over Relational Databases
Incremental Mining of Frequent Query Patterns from XML Queries for Caching
SCEND: An Efficient Semantic Cache to Adequately Explore Answerability of Views
Exploit Even Partition to Accelerate Structure Join
Efficient Keyword Search for Valuable LCAs over XML Documents
Learn to Compress and Restore Sequential Data
Efficient Keyword Search over Data-centric XML Documents
Exploit Sequencing Views in Semantic Cache to Accelerate XPath Query Evaluation
Schema Mapping in P2P Networks Based on Classification and Probing
Progressive Top-k Keyword Search in Relational Database
BSGI: An Effective Algorithm towards Stronger l-diversity
Effective Indices for Efficient Approximate String Search and Similarity Join
Efficient Holistic Twig Joins in Leaf-to-Root Combining with Root-to-Leaf Way
Exploit Sequencing to Accelerate Hot XML Query Pattern Mining