The costs and complexity of system administration instorage systems [9, 19, 6] make automation of administration tasks a critical research challenge. One important as-pect of administering self-managed storage systems, particularly large storage infrastructures, is deciding which datasets to store on which devices. Automatic storage provision tools, such as Ergastulum [1], rely on efficient and accu-rate device models in making such decisions. To find an optimal or near optimal solution requires the ability to pre-dict how well each device will serve each workload, so that loads can be balanced and particularly good matches can beexploited
Automated storage and retrieval systems (AS/RS) are devices that allow intensive storage of material...
The performance requirements and amount of work of an I/O workload affect the number of storage devi...
Conventional computer systems have insufficient information about storage device performance charact...
Storage device performance prediction is a key element of self-managed storage systems. This work ex...
be difficult because of the complexity of the systems and the interdependence of the components. Thi...
Relative fitness modeling is a new approach for predicting the performance and resource utilization ...
optimization; D.4.8 performance. Enterprise-scale storage systems, which can contain hundreds of hos...
This paper describes the design and operation of two tools, Pythia and Pythia/WK, that assist system...
Modern persistent storage systems must balance two competing imperatives: they must meet strict appl...
Exponential growth in storage requirements and an increasing number of heterogeneous devices and app...
Conventional computer systems have insufficient information about storage device performance charact...
Performance models for storage devices are an important part of simulations of large-scale computing...
The constant growth on the demands imposed on hierarchical mass storage systems creates a need for f...
Increased use of data insights to guide ventures have led to an explosion of needs in data services ...
In distributed high-performance computing storage systems, contention is a problem that usually occu...
Automated storage and retrieval systems (AS/RS) are devices that allow intensive storage of material...
The performance requirements and amount of work of an I/O workload affect the number of storage devi...
Conventional computer systems have insufficient information about storage device performance charact...
Storage device performance prediction is a key element of self-managed storage systems. This work ex...
be difficult because of the complexity of the systems and the interdependence of the components. Thi...
Relative fitness modeling is a new approach for predicting the performance and resource utilization ...
optimization; D.4.8 performance. Enterprise-scale storage systems, which can contain hundreds of hos...
This paper describes the design and operation of two tools, Pythia and Pythia/WK, that assist system...
Modern persistent storage systems must balance two competing imperatives: they must meet strict appl...
Exponential growth in storage requirements and an increasing number of heterogeneous devices and app...
Conventional computer systems have insufficient information about storage device performance charact...
Performance models for storage devices are an important part of simulations of large-scale computing...
The constant growth on the demands imposed on hierarchical mass storage systems creates a need for f...
Increased use of data insights to guide ventures have led to an explosion of needs in data services ...
In distributed high-performance computing storage systems, contention is a problem that usually occu...
Automated storage and retrieval systems (AS/RS) are devices that allow intensive storage of material...
The performance requirements and amount of work of an I/O workload affect the number of storage devi...
Conventional computer systems have insufficient information about storage device performance charact...