Cataloged from PDF version of article.We consider an archiving model for a database consisting of secondary and tertiary storage devices in which the query rate for a record declines as it ages. We propose a `dynamic' archiving policy based on the number of records and the age of the records in the secondary device. We analyze the cases when the number of new records inserted in the system over time are either constant or follow a Poisson process. For both scenarios, we characterize the properties of the policy parameters and provide optimization results when the objective is to minimize the average record retrieval times. Furthermore, we propose a simple heuristic method for obtaining near-optimal policies in large databases when the...
The most fundamental component of digital preservation is managing the digital objects in archival r...
The importance of archival storage has increased with the growing demand for cost-effective long ter...
The storage requirements of today's organizations are exploding. As computers continue to escalate i...
We consider an archiving model for a database consisting of secondary and tertiary storage devices i...
Hierarchical storage management (HSM) systems have evolved to become a critical component of large i...
Rapid increases of user data from terabytes to petabytes have created new challenges in data archivi...
Introduction: How physical storage is structured, and how it is used, can vary substantially across...
Network-accessible multimedia databases, repositories, and libraries are proliferating at a rapid ra...
Large multimedia document archives may hold a major fraction of their data in tertiary storage libra...
There is an emerging demand on efficiently archiving and (temporal) querying different versions of e...
Hierarchical Storage Management has the potential to optimize the cost and performance of data stora...
Modern information technology creates opportunities for sharing information in ways never before ima...
The past two decades have seen an explosion in both the growth and roles of long-term digital archiv...
This paper describes a prototype suite of Excel-based tools that could be used for estimating lifecy...
The storage of historical information consists of the registration of large concentrations of data b...
The most fundamental component of digital preservation is managing the digital objects in archival r...
The importance of archival storage has increased with the growing demand for cost-effective long ter...
The storage requirements of today's organizations are exploding. As computers continue to escalate i...
We consider an archiving model for a database consisting of secondary and tertiary storage devices i...
Hierarchical storage management (HSM) systems have evolved to become a critical component of large i...
Rapid increases of user data from terabytes to petabytes have created new challenges in data archivi...
Introduction: How physical storage is structured, and how it is used, can vary substantially across...
Network-accessible multimedia databases, repositories, and libraries are proliferating at a rapid ra...
Large multimedia document archives may hold a major fraction of their data in tertiary storage libra...
There is an emerging demand on efficiently archiving and (temporal) querying different versions of e...
Hierarchical Storage Management has the potential to optimize the cost and performance of data stora...
Modern information technology creates opportunities for sharing information in ways never before ima...
The past two decades have seen an explosion in both the growth and roles of long-term digital archiv...
This paper describes a prototype suite of Excel-based tools that could be used for estimating lifecy...
The storage of historical information consists of the registration of large concentrations of data b...
The most fundamental component of digital preservation is managing the digital objects in archival r...
The importance of archival storage has increased with the growing demand for cost-effective long ter...
The storage requirements of today's organizations are exploding. As computers continue to escalate i...