- CRUSH: Controlled, Scalable, Decentralized Placement of Replicated Data Sage A. Weil Scott A. Brandt Ethan L. Miller Carlos Maltzahn
- File System Workload Analysis For Large Scale Scientific Computing Applications
- Reliability Mechanisms for Very Large Storage Systems qxin@cs.ucsc.edu
- Efficient Metadata Management in Large Distributed Storage Systems Scott A. Brandt
- Using MEMS-Based Storage in Computer Systems --Device Modeling and Management
- Graffiti: A Framework for Testing Collaborative Distributed Metadata Nikhil Bobb Damian Eads Mark W. Storer Scott A. Brandt Carlos Maltzahn
- MRAMFS: A compressing file system for non-volatile RAM Nathan K. Edel
- Measuring the Compressibility of Metadata and Small Files for Disk/NVRAM Hybrid Storage Systems
- NVCache: Increasing the effectiveness of disk spin-down algorithms with Timothy Bisson Scott A. Brandt Darrell D.E. Long
- Performing File Prediction with a Program-Based Successor Model Tsozen Yeh, Darrell D. E. Long and Scott A. Brandt
- Caching Files with a Program-based Last n Successors Model Tsozen Yeh, Darrell D. E. Long, and Scott A. Brandt
- Developing a Complete Integrated Real-Time System Scott A. Brandt, Scott Banachowski, Caixue Lin, and Joel Wu
- Dynamic Integrated Scheduling of Hard Real-Time, Soft Real-Time and Non-Real-Time Processes
- Optimal State Feedback Based Resource Allocation for Resource-Constrained Control Tasks
- Improving Control Performance Using Discrete Quality of Service Levels in a Real-Time System
- Hierarchical Disk Sharing for Multimedia Systems jwu@cs.ucsc.edu
- Automated QoS Support for Multimedia Disk Access Joel C. Wu, Scott Banachowski, and Scott A. Brandt
- QoS Support for Intelligent Storage Devices Joel C. Wu Scott A. Brandt
- Integrating Best-effort Scheduling into a Real-time System Scott Banachowski, Timothy Bisson and Scott A. Brandt
- 0 10 20 30 40 50 60 progress(CPUseconds)
- The BEST Desktop Soft Real-Time Scheduler Scott A. Banachowski and Scott A. Brandt
- A Discrete and Dynamic Approach to Application/Operating System QoS Resource Management
- Resource Management Virtual Planning Room
- A Framework for Using Benefit Functions in Complex Real Time Systems David Andrews
- APPLICATION OF THE CONTROLLED ACTIVE VISION FRAMEWORK TO ROBOTIC AND TRANSPORTATION PROBLEMS
- manipulator trajectory from one of these experiments. With the pyramiding and search optimizations, the system was able
- Toward a Realization of the Value of Benefit in Real-Time Systems
- HeRMES: High-Performance Reliable MRAM-Enabled Storage Magnetic RAM (MRAM) is a new memory technology with
- Richer File System Metadata Using Links and Attributes Alexander Ames
- !#"$&%(')0"$12 345"56798@BA$"CD'FEGH1AI Scott Banachowski, Joel Wu, and Scott A. Brandt
- STARCON -A Reconfigurable Fieldable Signal Processing Scott Brandt
- Improving Soft Real-Time Performance Through Better Slack Reclaiming Caixue Lin and Scott A. Brandt
- Increasing Predictive Accuracy by Prefetching Multiple Program and User Specific Files
- Figure 12 Vehicle tracking Figure 11 Pedestrian tracking
- Proceedings of the 10th Goddard Conference on Mass Storage Systems and Technologies, in cooperation with the 19th IEEE Symposium on Mass Storage Systems, College Park, MD, April 2002, pages 153163.
- Managing Flash Crowds On The Internet Ismail Ari, Bo Hong, Ethan L. Miller, Scott A. Brandt and Darrell D. E. Long
- Dynamically Negotiated Resource Management for Data Intensive Application Suites
- Storage Access Support for Soft Real-Time Applications Joel C. Wu Scott A. Brandt
- Soft real-time processing is real-time processing in which some or all applications are allowed to miss dead-
- Data Placement Based on the Seek Time Analysis of a MEMS-based Storage Device
- Better Real-time Response for Time-share Scheduling Scott A. Banachowski and Scott A. Brandt
- Adaptive Disk Spin-Down Algorithms in Practice Timothy Bisson, Scott A. Brandt
- Using Program and User Information to Improve File Prediction Performance Tsozen Yeh, Darrell D. E. Long and Scott A. Brandt
- Intelligent Metadata Management for a Petabyte-scale File System Sage A. Weil
- Eye-In-Hand Robotic Tasks In Uncalibrated Environments
- High-bandwidth applications with time-dependent resource requirements demand certain resource level
- Adaptive Caching by Refetching Robert B. Gramacy, Manfred K. Warmuth, Scott A. Brandt, Ismail Ari
- Visual Tracking for Intelligent Vehicle-Highway Systems Christopher E. Smith1
- Reducing Energy Consumption using a Non-Volatile storage cache Timothy Bisson Scott A. Brandt
- Zone-Based Shortest Positioning Time First Scheduling for MEMS-Based Storage Devices
- Robotic Exploration Under the Controlled Active Vision Framework Christopher E. Smith Scott A. Brandt Nikolaos P. Papanikolopoulos
- Flexible Soft Real-Time Processing in Middleware Scott A. Brandt
- Fig. 11 Pedestrian tracking Fig. 12 Vehicle tracking
- Dynamic Metadata Management for Petabyte-scale File Systems Sage A. Weil
- Efficient Access Control for Distributed Hierarchical File Systems Kristal T. Pollack
- QoS support in Object-Based Storage Devices Joel C. Wu Scott A. Brandt
- A Control Approach to Bandwidth Management in Networked Control Systems
- OBFS: A File System for Object-based Storage Devices Feng Wang, Scott A. Brandt, Ethan L. Miller, Darrell D. E. Long
- The Design and Implementation of AQuA: An Adaptive Quality of Service Aware Object-Based Storage Device
- A Distributed Spin-Down Algorithm for an Object-Based Storage Device with Write Redirection
- ACME: Adaptive Caching Using Multiple University of California, Santa Cruz
- Power Conservation Strategies for MEMS-based Storage Devices Ying Lin Scott A. Brandt Darrell D. E. Long Ethan L. Miller
- 1997 Theseus Logic Inc. 1 NULL Convention LogicTM
- Increasing Predictive Accuracy through Limited Prefetching Tsozen Yeh, Darrell D. E. Long and Scott A. Brandt
- Ceph: A Scalable, High-Performance Distributed File System Sage A. Weil Scott A. Brandt Ethan L. Miller Darrell D. E. Long
- Who Is More Adaptive? ACME: Adaptive Caching using Multiple Experts
- From 1997 IEEE Workshop on Middleware for Distributed Real-Time Systems and Services 1 The DQM Architecture: Middleware for Application-centered QoS
- Using MEMS-Based Storage in Computer Systems --MEMS Storage Architectures
- Using MEMS-based Storage to Boost Disk Performance cyclonew@cs.ucsc.edu
- A Framework for Using Benefit Functions In Complex Real Time Systems David Andrews
- study is required to determine a set of appropriate metrics to apply to the algorithms. In addition, the research
- Reliability of MEMS-Based Storage Enclosures Bo Hong1 Thomas J. E. Schwarz, S. J.2 Scott A. Brandt1 Darrell D. E. Long1
- Recent increases in CPU performance have out-paced increases in hard drive performance. As a result,
- Presented at the 1994 IEEE International Conference on Systems, Man, and
- Diverse Soft Real-Time Processing in an Integrated System Caixue Lin, Tim Kaldewey, Anna Povzner, and Scott A. Brandt
