2015Unpublished venueRequires access

Sine and cosine generator using CORDIC algorithm implemented in ASIC

Ansuman Mishra, S. Sivanantham, K. Sivasankaran

Open publisher page 7 citations

Abstract

Objective of this paper is to generate sine and cosine function using CORDIC algorithm. CORDIC comes fast when to evaluate DSP algorithms uses basic function such as addition, multiplication, trigonometric functions etc. This algorithm uses simple addition, subtraction and shift operation in place of multiplication, it is a hardware efficient algorithm. Here the inputs are vector coordinate and desired angle of rotation. The results show that sine and cosine values of the outputs. The flow of this paper starts with RTL simulation using IES, synthesis using RTL Compiler and finally physical design using SoC Encounter.

About this research paper

What this paper is about

Objective of this paper is to generate sine and cosine function using CORDIC algorithm. CORDIC comes fast when to evaluate DSP algorithms uses basic function such as addition, multiplication, trigonometric functions etc. This algorithm uses simple addition, subtraction and shift operation in place of multiplication, it is a hardware efficient algorithm. Here the inputs are vector coordinate and desired angle of rotation. The results show that sine and cosine values of the outputs. The flow of this paper starts with RTL simulation using IES, synthesis using RTL Compiler and finally physical design using SoC Encounter.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Method / approach

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Available abstract

Objective of this paper is to generate sine and cosine function using CORDIC algorithm. CORDIC comes fast when to evaluate DSP algorithms uses basic function such as addition, multiplication, trigonometric functions etc. This algorithm uses simple addition, subtraction and shift operation in place of multiplication, it is a hardware efficient algorithm. Here the inputs are vector coordinate and desired angle of rotation. The results show that sine and cosine values of the outputs. The flow of this paper starts with RTL simulation using IES, synthesis using RTL Compiler and finally physical design using SoC Encounter.

Key concepts: CORDIC, Trigonometric functions, Sine, Computer science, Algorithm, Digital signal processing, Application-specific integrated circuit, Multiplication (music)

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