Related articles |
---|
How many vector registers are useful? kirchner@uklira.informatik.uni-kl.de (1993-01-25) |
Re: How many vector registers are useful? grunwald@tile.cs.colorado.edu (1993-01-25) |
Re: How many vector registers are useful? pmontgom@math.orst.edu (1993-01-26) |
Re: How many vector registers are useful? jlg@cochiti.lanl.gov (1993-01-26) |
Re: How many vector registers are useful? hyatt@cis.uab.edu (1993-01-27) |
Re: How many vector registers are useful? jrbd@craycos.com (1993-01-27) |
Re: How many vector registers are useful? hrubin@pop.stat.purdue.edu (1993-01-28) |
Re: How many vector registers are useful? sanjay@equalizer.cray.com (1993-01-29) |
[2 later articles] |
Newsgroups: | comp.sys.super,comp.arch,comp.compilers |
From: | grunwald@tile.cs.colorado.edu (Dirk Grunwald) |
Organization: | University of Colorado at Boulder |
Date: | Mon, 25 Jan 1993 22:47:16 GMT |
Keywords: | vector, architecture |
References: | 93-01-174 |
But having additional VR's means you can overlap load and store with the
computation. Having the size and number be adjustable means you can
balance the needed overlap and reuse with the ability to use long vectors.
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