This project focuses on how to benchmark a SMB/CIFS storage with trace and replay methodology. Traces are used primarily by file system researchers in an attempt to understand, categorize, and generalize file system workloads. However, because such traces provide a detailed information about how a specific system is actually used, they should also be of interest to system administrators. The goal of this thesis is to produce a trace-driven synthetic workload and show that it is similar with the original workload for all practical purposes. This has been achieved by examining properties of the original workload such as the inter-arrival time and request length. Upon examination of the original workload, it is shown that our system regenerate...
An understanding of application I/O access patterns is useful in several situations. First, gaining ...
Context. Big Data and Cloud Computing nowadays require large amounts of storage that are accessible ...
The past two decades in file system design have been driven by the sequence of trace-based file syst...
Replaying traces is a time-honored method for benchmarking, stress-testing, and debugging systems—an...
The standard benchmark for NFS file server perform-ance, SPEC SFS (also known as LADDIS), measures p...
Storage system traces are rich in information as it contains real-world behavior. Replaying already ...
File system traces have been used in simulation of specific design techniques such as disk schedulin...
File system benchmarking plays an essential part in assessing the file system’s performance. It is e...
In this paper, we describe the collection and analysis of file system traces from a variety of diffe...
This study presents a specification for the design of file system performance metrics. Standard syst...
Benchmarks are important because they provide a means for users and researchers to characterize how ...
This paper describes the workload characterization of AFS file servers, based on traces collected by...
One of the most widely researched areas in operating systems is filesystem design, implementation, a...
File system traces have been used for years to analyze user behavior and system software behavior, l...
Synthetic disk request traces are convenient and popular workloads for performance evaluation of sto...
An understanding of application I/O access patterns is useful in several situations. First, gaining ...
Context. Big Data and Cloud Computing nowadays require large amounts of storage that are accessible ...
The past two decades in file system design have been driven by the sequence of trace-based file syst...
Replaying traces is a time-honored method for benchmarking, stress-testing, and debugging systems—an...
The standard benchmark for NFS file server perform-ance, SPEC SFS (also known as LADDIS), measures p...
Storage system traces are rich in information as it contains real-world behavior. Replaying already ...
File system traces have been used in simulation of specific design techniques such as disk schedulin...
File system benchmarking plays an essential part in assessing the file system’s performance. It is e...
In this paper, we describe the collection and analysis of file system traces from a variety of diffe...
This study presents a specification for the design of file system performance metrics. Standard syst...
Benchmarks are important because they provide a means for users and researchers to characterize how ...
This paper describes the workload characterization of AFS file servers, based on traces collected by...
One of the most widely researched areas in operating systems is filesystem design, implementation, a...
File system traces have been used for years to analyze user behavior and system software behavior, l...
Synthetic disk request traces are convenient and popular workloads for performance evaluation of sto...
An understanding of application I/O access patterns is useful in several situations. First, gaining ...
Context. Big Data and Cloud Computing nowadays require large amounts of storage that are accessible ...
The past two decades in file system design have been driven by the sequence of trace-based file syst...