Passive NFS traces provide an easy and unobtrusive way to measure, analyze, and gain an understanding of an NFS workload. Historically, such traces have been used primarily by file system researchers in an attempt to understand, categorize, and generalize file system workloads. However, because such traces provide a wealth of detailed information about how a specific system is actually used, they should also be of interest to system administrators. We introduce a new open-source toolkit for passively gathering and summarizing NFS traces and show how to use this toolkit to perform analyses that are difficult or impossible with existing tools.Engineering and Applied Science
This paper describes a C++ toolkit for easily extending the Unix file system. The toolkit exposes th...
The GUFI Filesystem Traces are a series of formatted text files containing metadata taken from the f...
International audienceThe growing complexity of computer system hard- ware and software makes their ...
The past two decades in file system design have been driven by the sequence of trace-based file syst...
File system traces have been used in simulation of specific design techniques such as disk schedulin...
File system traces have been used for years to analyze user behavior and system software behavior, l...
An understanding of Input/Output data access patterns of applications is useful in several situation...
An understanding of application I/O access patterns is useful in several situations. First, gaining ...
(Article begins on next page) The Harvard community has made this article openly available. Please s...
File system studies are critical to the accurate configuration, design, and continued evolution of s...
In this paper, we describe the collection and analysis of file system traces from a variety of diffe...
We analyzed the UNIX 4.2 BSD file system by recording user-level activity in trace files and writing...
Static analysis of the Windows NTS File System (NTFS) which is the standard and most commonly used f...
DFSTrace is a system to collect and analyze long-term file reference data in a distributed UNIX work...
Replaying traces is a time-honored method for benchmarking, stress-testing, and debugging systems—an...
This paper describes a C++ toolkit for easily extending the Unix file system. The toolkit exposes th...
The GUFI Filesystem Traces are a series of formatted text files containing metadata taken from the f...
International audienceThe growing complexity of computer system hard- ware and software makes their ...
The past two decades in file system design have been driven by the sequence of trace-based file syst...
File system traces have been used in simulation of specific design techniques such as disk schedulin...
File system traces have been used for years to analyze user behavior and system software behavior, l...
An understanding of Input/Output data access patterns of applications is useful in several situation...
An understanding of application I/O access patterns is useful in several situations. First, gaining ...
(Article begins on next page) The Harvard community has made this article openly available. Please s...
File system studies are critical to the accurate configuration, design, and continued evolution of s...
In this paper, we describe the collection and analysis of file system traces from a variety of diffe...
We analyzed the UNIX 4.2 BSD file system by recording user-level activity in trace files and writing...
Static analysis of the Windows NTS File System (NTFS) which is the standard and most commonly used f...
DFSTrace is a system to collect and analyze long-term file reference data in a distributed UNIX work...
Replaying traces is a time-honored method for benchmarking, stress-testing, and debugging systems—an...
This paper describes a C++ toolkit for easily extending the Unix file system. The toolkit exposes th...
The GUFI Filesystem Traces are a series of formatted text files containing metadata taken from the f...
International audienceThe growing complexity of computer system hard- ware and software makes their ...