1. The two major parallel architectural paradigms are ______________ and
_________________.
A). Single multiprocessors (SMPs), massively parallel processors (MPPs)
B). Symmetric multiprocessors (SMPs), multiple parallel processors (MPPs)
C). Systematic multiprocessors (SMPs), massively parallel processors (MPPs)
D). Symmetric multiprocessors (SMPs), massively parallel processors (MPPs)
2. The computation sequence of a dataflow computer can be understood by examining
its ______________ graph.
A). dataflow
B). flow
C). sequence flow
D). data draw
3. ______________ extend the concept of distributed computing and help provide the
necessary transparency for resource sharing.
A). Remote procedure calls (RPCs)
B). Remote program calls (RPCs)
C). Remote procedure codes (RPCs)
D). Remote protocol calls (RPCs)
4. The embedded systems programmer typically writes programs exclusively in
________________ and does not have the luxury of after-the-fact performance
tuning.
A). assembly language
B).machine language
C).code language
D).binary language
1.) Option D. Symmetric multiprocessors (SMPs), massively parallel processors (MPPs) .
2.) Option A. Dataflow
3.) Option A. Remote procedure calls (RPCs)
4.) Option A. Assembly language
1. The two major parallel architectural paradigms are ______________ and _________________. A). Single multiprocessors (SMPs), massively parallel...
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