A conceptual model for parallel computations on large arrays is developed. The model provides a set of language concepts appropriate for processing arrays which are generally too large to fit in the primary memories of a multiprocessor system. The semantic model is used to represent arrays on a concurrent architecture in such a way that the performance realities inherent in the distributed storage and processing can be adequately represented. An implementation of the large array concept as an Ada package is also described
International audienceA large part of today's most popular applications are data-intensive; the data...
Thesis (Ph.D.)--University of Washington, 2014Scientists today are able to generate data at an unpre...
This paper describes a file system design for massively parallel computers which makes very efficien...
The goal of the research described is to develop flexible language constructs for writing large data...
International audienceA large part of today's most popular applications are data-intensive; the data...
Abstract: We live in the data age as data storage technologies, hardware and software, have evolved ...
This paper is an extension to the "Distributed Parallel Architecture for Storing and Processing Larg...
There is currently a large research and development effort within the high-performance computing com...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
Scientists today are able to generate data at an unprecedented scale and rate. For example the Sloan...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceA large part of today's most popular applications are data-intensive; the data...
International audienceA large part of today's most popular applications are data-intensive; the data...
Thesis (Ph.D.)--University of Washington, 2014Scientists today are able to generate data at an unpre...
This paper describes a file system design for massively parallel computers which makes very efficien...
The goal of the research described is to develop flexible language constructs for writing large data...
International audienceA large part of today's most popular applications are data-intensive; the data...
Abstract: We live in the data age as data storage technologies, hardware and software, have evolved ...
This paper is an extension to the "Distributed Parallel Architecture for Storing and Processing Larg...
There is currently a large research and development effort within the high-performance computing com...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
Scientists today are able to generate data at an unprecedented scale and rate. For example the Sloan...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceThe recent explosion in data sizes manipulated by distributed scientific appli...
International audienceA large part of today's most popular applications are data-intensive; the data...
International audienceA large part of today's most popular applications are data-intensive; the data...
Thesis (Ph.D.)--University of Washington, 2014Scientists today are able to generate data at an unpre...
This paper describes a file system design for massively parallel computers which makes very efficien...