The paper proposes and analyzes a scalable model of an associative distributed shared memory for massively parallel architectures. The proposed model is hierarchical and fits the modern style of structured parallel programming. If parallel applications are composed of a set of modules with a well-defined scope of interaction, the proposed model can induce a memory access latency time that only logarithmically increases with the number of nodes. Experimental results show the effectiveness of the model with a transputer-based implementation.
Scalable Tuple space model for structured parallel programming / Corradi, Antonio; Zambonelli, Franco; Leonardi, Letizia. - (1995), pp. 25-32. (Intervento presentato al convegno Proceedings of the 1995 2nd International Conference on Programming Models for Massively Parallel Computers tenutosi a Berlin, Ger, nel 1995).
Scalable Tuple space model for structured parallel programming
Corradi Antonio;Zambonelli Franco;Leonardi Letizia
1995
Abstract
The paper proposes and analyzes a scalable model of an associative distributed shared memory for massively parallel architectures. The proposed model is hierarchical and fits the modern style of structured parallel programming. If parallel applications are composed of a set of modules with a well-defined scope of interaction, the proposed model can induce a memory access latency time that only logarithmically increases with the number of nodes. Experimental results show the effectiveness of the model with a transputer-based implementation.
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