Abstract
The paper presents the design of target NISC (No
Instruction Set Computer) architecture for matrix application
in a C based design flow. It starts with the implementation of
a standard application program which generates customized
designs using the NISC toolset. Further, it demonstrates and
analyzes the compilation and simulation results of several
matrix applications on a number of different available NISC
architectures in terms of register and execution cycle-counts.
Subsequently, a comparative analysis has been presented to
explore the options to select the best set of architecture.
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