In petabyte-scale distributed file systems that decouple read and write from metadata operations, behavior of the metadata server cluster will be critical to overall system performance. We examine aspects of the workload that make it difficult to distribute effectively, and present a few potential strategies to demonstrate the issues involved. Finally, we describe the advantages of intelligent metadata management and a simulation environment we have developed to validate design possibilities.
Metadata performance scalability is critically important in high-performance computing when accessin...
Efficient metadata management is a key issue in distributed file systems. Currently a single metadat...
This paper presents a novel metadata management mechanism on the metadata server (MDS) for parallel ...
The purpose of this research has been to study the architectures of popular distributed file systems...
Modern parallel and cluster file systems provide highly scalable I/O bandwidth by enabling highly pa...
An efficient and distributed scheme for file mapping or file lookup is critical in decentralizing me...
The growing size of modern storage systems is expected to achieve and exceed billions of objects, ma...
Abstract—An efficient and distributed scheme for file mapping or file lookup is critical in decentra...
An efficient and distributed scheme for file mapping or file lookup is critical in decentralizing me...
Abstract—The trend in parallel computing toward clusters running thousands of cooperating processes ...
Existing file systems, even the most scalable systems that store hundreds of petabytes (or more) of ...
Part 4: Applications of Parallel and Distributed ComputingInternational audienceDistributed file sys...
New challenges to file systems ’ metadata performance are imposed by the continuously growing number...
In large distributed Object-based Storage Systems, the performance, availability and scalability of ...
International audienceSmall files are known to pose major performance challenges for file systems. Y...
Metadata performance scalability is critically important in high-performance computing when accessin...
Efficient metadata management is a key issue in distributed file systems. Currently a single metadat...
This paper presents a novel metadata management mechanism on the metadata server (MDS) for parallel ...
The purpose of this research has been to study the architectures of popular distributed file systems...
Modern parallel and cluster file systems provide highly scalable I/O bandwidth by enabling highly pa...
An efficient and distributed scheme for file mapping or file lookup is critical in decentralizing me...
The growing size of modern storage systems is expected to achieve and exceed billions of objects, ma...
Abstract—An efficient and distributed scheme for file mapping or file lookup is critical in decentra...
An efficient and distributed scheme for file mapping or file lookup is critical in decentralizing me...
Abstract—The trend in parallel computing toward clusters running thousands of cooperating processes ...
Existing file systems, even the most scalable systems that store hundreds of petabytes (or more) of ...
Part 4: Applications of Parallel and Distributed ComputingInternational audienceDistributed file sys...
New challenges to file systems ’ metadata performance are imposed by the continuously growing number...
In large distributed Object-based Storage Systems, the performance, availability and scalability of ...
International audienceSmall files are known to pose major performance challenges for file systems. Y...
Metadata performance scalability is critically important in high-performance computing when accessin...
Efficient metadata management is a key issue in distributed file systems. Currently a single metadat...
This paper presents a novel metadata management mechanism on the metadata server (MDS) for parallel ...