Kavya Radhakrishnan
Abstract
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For real time applications like navigation, microprocessors are not fast enough but with the use of CORDIC, computation becomes faster. CORDIC is basically shift and add algorithm. The concept of a floating point The CORDIC coprocessor is designed to receive inputs in the IEEE 754 single precision f
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For real time applications like navigation, microprocessors are not fast enough but with the use of CORDIC, computation becomes faster. CORDIC is basically shift and add algorithm. The concept of a floating point The CORDIC coprocessor is designed to receive inputs in the IEEE 754 single precision f
Key concepts: CORDIC, Coprocessor, Computer science, Floating point, Computation, Parallel computing, Point (geometry), Arithmetic