Abstract: General purpose microprocessor based computers usually speed their arithmetic processing performance by using a floating point co-processor.
General purpose microprocessor based computers usually speed their arithmetic processing performance by using a floating point co-processor.
General purpose microprocessor based computers usually speed their arithmetic processing performance by using a floating point co-processor.
In this paper we wiU analyze the benefits and the costs of connecting more floating point units to the same data bus. We will present as an example a MIPS R2000 ...
General purpose microprocessor based computers usu- ally speed their arithmetic processing performance by using a floating point co-processor.
May 1, 1990 · In this paper we show a block diagram of such an implementation and how two important scientific operations can be accelerated using a single unmodified data ...
The authors investigated a system based on a MIPS R2000 and 4 floating point units and show a block diagram of an implementation and how two important ...
Jun 1, 1990 · General purpose microprocessor based computers usually speed their arithmetic processing performance by using a floating point co-processor.
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, A multiple floating point coprocessor architecture. ; IEEE Computer Society Press, author, issuing body. ;. , ISBN: 9780818621246 , 0818621249; DOI: 10.1109 ...
x87 is a floating-point-related subset of the x86 architecture instruction set. It originated as an extension of the 8086 instruction set.