X-Git-Url: https://git.ucc.asn.au/?p=ipdf%2Fdocuments.git;a=blobdiff_plain;f=LiteratureNotes.tex;h=0d3abd5c1cc062b1fcf77ebd7ce421817848678c;hp=08b23e12986db46f7e5a155195638286638005f1;hb=ee0588a15792a1de391225d830092c90e58fc96d;hpb=c6ca9623378dc9e4517a041ca309a38f36de9e04

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@@ -453,6 +453,18 @@ It also mentions VHDL.
 So whenever hardware papers come up, VHDL gets involved...
 I guess it's time to try and work out how to use the Opensource VHDL implementations.
 
+This is about reduction of error in hardware operations rather than the precision or range of floats.
+But it is probably still relevant.
+
+\section{Floating Point Unit from JOP\cite{jop}}
+
+This is a 32 bit floating point unit developed for JOP in VHDL.
+I have been able to successfully compile it and the test program using GHDL\cite{ghdl}. 
+
+% Back to software
+\section{Basic Issues in Floating Point Arithmetic and Error Analysis\cite{demmel1996basic}}
+
+These are lecture notes from U.C Berkelye CS267 in 1996.
 
 
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