M. Amamiya, "Data Flow Computing and Parallel Reduction Machine," Future Generation Computer Systems, Vol.4, No.1, pp.53-67 (1988). Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
A Design Principle of Massively Parallel Distributed-Memory.. - Amamiya, Kawano (1994) Self-citation (Amamiya) (Correct)
....ffl Pure fine grain dataflow execution scheme employs a by value data access mechanism, and this causes explicit data copying. This explicit data copying is redundant, and should be eliminated by introducing by reference data access in which data are accessed only when they are needed [1]. ffl Matching memory mechanism requires complex and expensive hardware. This also makes it difficult to use caches. Furthermore, since dataflow machines are implemented as circular pipeline, they have the following problems: ffl Dataflow machines are ineffective when they execute sequential ....
M. Amamiya, "Data Flow Computing and Parallel Reduction Machine," Future Generation Computer Systems, Vol.4, No.1, pp.53-67 (1988).
Datarol: A Parallel Machine Architecture for Fine-Grain.. - Makoto Amamiya Self-citation (Amamiya) (Correct)
....ffl Pure fine grain dataflow execution scheme employs a by value data access mechanism, and this causes explicit data copying. This explicit data copying is redundant, and should be eliminated by introducing by reference data access in which data are accessed only when they are needed [2]. ffl Matching memory mechanism requires complex and expensive hardware. This also makes it difficult to use caches. Furthermore, since dataflow machines are implemented as circular pipeline, they have the following problems: ffl Dataflow machines are ineffective when they execute sequential ....
M. Amamiya, "Data Flow Computing and Parallel Reduction Machine," Future Generation Computer Systems, Vol.4, No.1, pp.53-67 (1988).
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