Add to ORKGThe fragmentation is a traditional problem of file system. Currently, it is much more important problem because of that the difference between CPU and I/O performance was increased. When a fragmentation occurs, file system cannot maintain its own block allocation policy and block layout on disk. For these reasons, th
Explicit solutions of a linear rate equation lead to an improved understanding of fragmentation wit...
Distributed processing is an operative way to improve the performance of the distributed database sy...
File forensic tools examine the contents of a system's disk storage to analyze files, detect infecti...
Modern computers with hard-disk storage and networks with dynamic spectrum access illustrate systems...
Most contemporary implementations of the Berkeley Fast File System optimize file system throughput b...
The 4.4BSD file system includes a new algorithm for allocating disk blocks to files. The goal of thi...
The allocation algorithm of a file system has a huge impact on almost all aspects of digital forensi...
A technique is described for partially reorganizing the contents of disk storage so as to reduce the...
Processing costs in distributed processing environments is most often dominated by the network comm...
The majority of today’s filesystems use a fixed block size, defined when the filesys-tem is created....
Memory allocation has been an active area of research. A large number of algorithms have been propos...
Abstract—When files are transmitted over an unreliable channel, loss of data will occur, typically w...
Dynamic Spectrum Access systems exploit temporarily available spectrum ('white spaces') and can spre...
Abstract. The distributed data processing is an effective way to improve reliability, avail-ability ...
Distributed processing is an effective way to improve performance of database systems. Hence, fragme...
Explicit solutions of a linear rate equation lead to an improved understanding of fragmentation wit...
Distributed processing is an operative way to improve the performance of the distributed database sy...
File forensic tools examine the contents of a system's disk storage to analyze files, detect infecti...
Modern computers with hard-disk storage and networks with dynamic spectrum access illustrate systems...
Most contemporary implementations of the Berkeley Fast File System optimize file system throughput b...
The 4.4BSD file system includes a new algorithm for allocating disk blocks to files. The goal of thi...
The allocation algorithm of a file system has a huge impact on almost all aspects of digital forensi...
A technique is described for partially reorganizing the contents of disk storage so as to reduce the...
Processing costs in distributed processing environments is most often dominated by the network comm...
The majority of today’s filesystems use a fixed block size, defined when the filesys-tem is created....
Memory allocation has been an active area of research. A large number of algorithms have been propos...
Abstract—When files are transmitted over an unreliable channel, loss of data will occur, typically w...
Dynamic Spectrum Access systems exploit temporarily available spectrum ('white spaces') and can spre...
Abstract. The distributed data processing is an effective way to improve reliability, avail-ability ...
Distributed processing is an effective way to improve performance of database systems. Hence, fragme...
Explicit solutions of a linear rate equation lead to an improved understanding of fragmentation wit...
Distributed processing is an operative way to improve the performance of the distributed database sy...
File forensic tools examine the contents of a system's disk storage to analyze files, detect infecti...