CURRENT PROJECTS
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Attribute-Based Naming:
Techniques for file management using both user supplied file attributes
plus attributes based on context analysis. Database I/O: Database
research with the goal of identifying innovative ways to improve
storage system performance by better matching database systems
to the underlying hardware. Data Center Observatory (DCO): A working data center and a research vehicle for the study of data center automation and efficiency. Data-Intensive Super Computing (DISC): Developing a new type of super-computers able to acquire and maintain continually changing, massive data sets, in addition to performing large-scale computations over the data. DiskSim: An efficient,
accurate, highly-configurable disk system simulator. Failure Data Analysis:
Improving the design and development of dependable systems through
understanding of failures in real systems. Fates Database Storage:
By exploiting the unique characteristics available at each level
of the database memory hierarchy, Fates offers efficient execution
and optimized data layout for improved performance. Home Storage: An automated approach to assist users in managing data in the home environment, sharing information across devices, finding information when needed, handling reliability issues, etc. pNFS: An approach to the
problem of limited bandwidth to NFS servers. Problem Analysis: Methodologies and algorithms for automating analysis of failures and performance degradations in large-scale systems. Query/Update Protocol: The Query/Update (Q/U) protocol is a new tool
that enables construction of fault-scalable Byzantine fault-tolerant
services. Survivable Storage [PASIS]:
Decentralized storage systems whose availability and security
policies can survive component failures and successful malicious
attacks. Self-Securing Devices:
Security functionality distributed among and embedded in physically
distinct system components to increase the intrusion tolerance
of systems. Self-Securing Storage: Storage
embedded functionality that assists with intrusion detection and
prevents successful intruders from undetectably tampering with
or permanently deleting stored data. Self-* Storage: A new
storage architecture that integrates automated management functions
and simplifies the human administrative task. Self*-systems are
self configuring, self-organizing, self-managing, etc. //Trace: A new approach for extracting and replaying traces of parallel applications. |