Juan Piernas

Latest

• Leveraging OSD+ Devices for Implementing a High-Throughput Parallel File System
• Efficient Implementation of Data Objects in the OSD+-based Fusion Parallel File System
• Improving I/O Performance Through an In-Kernel Disk Simulator
• Batching Operations to Improve the Performance of a Distributed Metadata Service
• A General Framework for Dynamic and Automatic I/O Scheduling in Hard and Solid-State Drives
• Scalable Metadata Management Through OSD+ Devices
• Scalable Huge Directories through OSD+ Devices
• DADS: Dynamic and Automatic Disk Scheduling
• A Metadata Cluster Based on OSD+ Devices
• Simultaneous Evaluation of Multiple I/O Strategies
• Implementation and Evaluation of Active Storage in Modern Parallel File Systems
• Evaluating the Effectiveness of REDCAP to Recover the Locality Missed by Today's Linux Systems
• Efficient Management of Complex Striped Files in Active Storage
• Evaluation of Active Storage Strategies for the Lustre Parallel File System
• The RAM Enhanced Disk Cache Project (REDCAP)
• The Design of New Journaling File Systems: The DualFS Case
• Traditional File Systems versus DualFS: a Performance Comparison Approach
• DualFS: a New Journaling File System without Meta-Data Duplication
• Analyzing the Performance of MPI in a Cluster of Workstations Based on Fast Ethernet
• Fuzzy Clustering and Image Reduction