Add to ORKGOne of the most fundamental storage system research tasks is activity tracing. By understanding the behav-ior of a running system we can accomplish a variety of tasks ranging from debugging and system validation, t
This technical report describes the enhancements proposed and implemented in Framesoc, the SoC-Trace...
<p>Every files required to replay the statistic analysis of the preliminary experiments for the arti...
An understanding of Input/Output data access patterns of applications is useful in several situation...
Efficient namespace metadata management is becoming more important as next-generation file systems a...
There is a large body of work-such as system administration and intrusion detection-that relies upon...
File system studies are critical to the accurate configuration, design, and continued evolution of s...
Storage system traces are rich in information as it contains real-world behavior. Replaying already ...
Metadata snapshots are a common method for gaining insight into file systems due to their small size...
Investigating cybersecurity incidents requires in-depth knowledge from the analyst. Moreover, the wh...
Abstract—Proper testing of applications over embedded sys-tems such as set-top boxes requires endura...
File system consistency frequently involves a choice between raw performance and integrity guarantee...
File system traces have been used for years to analyze user behavior and system software behavior, l...
An understanding of application I/O access patterns is useful in several situations. First, gaining ...
We analyzed the UNIX 4.2 BSD file system by recording user-level activity in trace files and writing...
Replaying traces is a time-honored method for benchmarking, stress-testing, and debugging systems—an...
This technical report describes the enhancements proposed and implemented in Framesoc, the SoC-Trace...
<p>Every files required to replay the statistic analysis of the preliminary experiments for the arti...
An understanding of Input/Output data access patterns of applications is useful in several situation...
Efficient namespace metadata management is becoming more important as next-generation file systems a...
There is a large body of work-such as system administration and intrusion detection-that relies upon...
File system studies are critical to the accurate configuration, design, and continued evolution of s...
Storage system traces are rich in information as it contains real-world behavior. Replaying already ...
Metadata snapshots are a common method for gaining insight into file systems due to their small size...
Investigating cybersecurity incidents requires in-depth knowledge from the analyst. Moreover, the wh...
Abstract—Proper testing of applications over embedded sys-tems such as set-top boxes requires endura...
File system consistency frequently involves a choice between raw performance and integrity guarantee...
File system traces have been used for years to analyze user behavior and system software behavior, l...
An understanding of application I/O access patterns is useful in several situations. First, gaining ...
We analyzed the UNIX 4.2 BSD file system by recording user-level activity in trace files and writing...
Replaying traces is a time-honored method for benchmarking, stress-testing, and debugging systems—an...
This technical report describes the enhancements proposed and implemented in Framesoc, the SoC-Trace...
<p>Every files required to replay the statistic analysis of the preliminary experiments for the arti...
An understanding of Input/Output data access patterns of applications is useful in several situation...