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We have proposed an approach which uses client native classes for "compiler runtime" or linkage to server and follows an HPF style with an interpreted front-end like Matlab or APL or "host" programming model as in *LISP on CM-2
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| 2 |
e.g. A = HParray.matmul(B,C)
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Technically Generalizes HPF Interpreter we prototyped in 1993
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Interpreters and objects are great as long as "coarse-grain" and do not represent necessarily bad performance
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i.e. access arrays not array-elements
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| 3 |
This leads to Java wrappers invoked by HPF-style Java(Script) interpreter which interfaces to native HPF/C++/Java server implementations.
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e.g. access HPF array Ahpf elements from Java with wrapper object A
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HParray A = new HParrayConstructor("Ahpf");
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A.grabelement(1,100)
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