A novel technique for eliminating iterative based computation of polarity of micro-rotations in CORDIC based sine–cosine generators
Microprocessors and Microsystems, 2002 - Elsevier
The CORDIC algorithm has been readily used to decimate trigonometric and hyperbolic
functions with simple shift and add operations. Despite further refinements in terms of circuit …
functions with simple shift and add operations. Despite further refinements in terms of circuit …
A novel technique for eliminating iterative based computation of polarity of micro-rotations in CORDIC based sine-cosine generators
T Srikanthan, B Gisuthan - Microprocessors and Microsystems, 2002 - infona.pl
The CORDIC algorithm has been readily used to decimate trigonometric and hyperbolic
functions with simple shift and add operations. Despite further refinements in terms of circuit …
functions with simple shift and add operations. Despite further refinements in terms of circuit …
A novel technique for eliminating iterative based computation of polarity of micro-rotations in CORDIC based sine-cosine generators
T Srikanthan, B Gisuthan - Microprocessors and Microsystems, 2002 - elibrary.ru
The CORDIC algorithm has been readily used to decimate trigonometric and hyperbolic
functions with simple shift and add operations. Despite further refinements in terms of circuit …
functions with simple shift and add operations. Despite further refinements in terms of circuit …