 Evolving the Web into a Global Data Space |
| Data Integration in a Networked World |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| Reliable Provenance Information for Multimedia Data Using Invertible Fragile Watermarks |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| ECOS: Evolutionary Column-Oriented Storage |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| X-HYBRIDJOIN for Near-Real-Time Data Warehousing |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Achieving High Freshness and Optimal Throughput in CPU-Limited Execution of Multi-join Continuous Queries |
| Mining Image Databases by Content |
| Mining Image Databases by Content |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Searching for Complex Patterns over Large Stored Information Repositories |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Using the Euclidean Distance for Retrieval Evaluation |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Expanding Sensor Networks to Automate Knowledge Acquisition |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Utilising the MISM Model Independent Schema Management Platform for Query Evaluation |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Mining Sequential Patterns from Probabilistic Databases by Pattern-Growth |
| Smile: Enabling Easy and Fast Development of Domain-Specific Scheduling Protocols |
| Smile: Enabling Easy and Fast Development of Domain-Specific Scheduling Protocols |
| Smile: Enabling Easy and Fast Development of Domain-Specific Scheduling Protocols |
| Smile: Enabling Easy and Fast Development of Domain-Specific Scheduling Protocols |
| On Integrating Data Services Using Data Mashups |
| On Integrating Data Services Using Data Mashups |
| On Integrating Data Services Using Data Mashups |
| On Integrating Data Services Using Data Mashups |
| Executing In-network Queries Using SNEE |
| Executing In-network Queries Using SNEE |
| Executing In-network Queries Using SNEE |
| Executing In-network Queries Using SNEE |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Extracting Data Records from Query Result Pages Based on Visual Features |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Updates on Grammar-Compressed XML Data |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| Reverting the Effects of XQuery Update Expressions |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| TraCX: Transformation of Compressed XML |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Satisfiability of Simple XPath Fragments under 3/7/2016Fixed DTDs |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Computing Compressed XML Data from Relational Databases |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |
| Data Mining Project: A Critical Element in Teaching, Learning and Assessment of a Data Mining Module |