In order to facilitate an application-oriented assessment of high-performance massively parallel computing systems, a catalog of about 350 classifying characteristics concerning the architecture and software environment of such systems has been compiled. The data required for the catalog allow a rather complete and homogeneous description of a massively parallel system to be established. This article contains an overview of the catalog and the hardware model on which it is based
We review the main research issues and problems in the area of general-purpose, massively parallel M...
In this report we give an overview of parallel- and vector computers which are currently available o...
The "Purdue Workshop on Grand Challenges in Computer Architecture for the Support of High Performanc...
In order to facilitate an application-oriented assessment of massively parallel computing systems, a...
This paper gives a comparative, application-oriented description of three high-performance massively...
In this paper, we introduce an architecture description language for modeling, simulation, and evalu...
technical reporta taxonomy for parallel processing systems is presented which has some advantages ov...
We discuss the hardware and software requirements that appear relevant for a set of industrial appli...
Seven distinct configurations of shared-memory multiprocessors are defined and parameterized in term...
This paper presents a framework for characterizing the distribution of fine-grained parallelism, dat...
Abstract—Performance growth of single-core processors has come to a halt in the past decade, but was...
The computer architecture has been explored for higher performance, higher facilitate and/or more re...
A glance at the list of the world’s most powerful com-puting systems (top500.org) reveals that high ...
Abstract. When computer architects re-invented parallelism through multi-core processors, applicatio...
Parallel processing is becoming a dominant way in which very high performance is being achieved in m...
We review the main research issues and problems in the area of general-purpose, massively parallel M...
In this report we give an overview of parallel- and vector computers which are currently available o...
The "Purdue Workshop on Grand Challenges in Computer Architecture for the Support of High Performanc...
In order to facilitate an application-oriented assessment of massively parallel computing systems, a...
This paper gives a comparative, application-oriented description of three high-performance massively...
In this paper, we introduce an architecture description language for modeling, simulation, and evalu...
technical reporta taxonomy for parallel processing systems is presented which has some advantages ov...
We discuss the hardware and software requirements that appear relevant for a set of industrial appli...
Seven distinct configurations of shared-memory multiprocessors are defined and parameterized in term...
This paper presents a framework for characterizing the distribution of fine-grained parallelism, dat...
Abstract—Performance growth of single-core processors has come to a halt in the past decade, but was...
The computer architecture has been explored for higher performance, higher facilitate and/or more re...
A glance at the list of the world’s most powerful com-puting systems (top500.org) reveals that high ...
Abstract. When computer architects re-invented parallelism through multi-core processors, applicatio...
Parallel processing is becoming a dominant way in which very high performance is being achieved in m...
We review the main research issues and problems in the area of general-purpose, massively parallel M...
In this report we give an overview of parallel- and vector computers which are currently available o...
The "Purdue Workshop on Grand Challenges in Computer Architecture for the Support of High Performanc...