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Novel Coordinate Rotation Digital Computer (CORDIC) Algorithm by Ancient Vedic Mathematics Concept and Its Use on Computer Vision Applications

机译:古代吠陀数学概念的新型坐标旋转数字计算机(CORDIC)算法及其在计算机视觉应用中的应用

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This is the age of high-tech science & technology which is based on 9D, 5G & high tech medical science. All these type of technology use the computer vision system , most of computer vision algorithm use the trigonometry mathematics, as per the trigonometric COSINE & SINE these are the two most powerful function which is use in most of CV algorithm. Current era we have high speed processing unit where we use ALU logic, in terms of fast graphics calculation we need GPU on GPU there is separate trigonometric calculation processing unit is there which is called CORDIC. So in this paper basically we proposed a novel algorithm which is able to calculate the SINE & COSINE value in less time. For application level analysis we use DCT and as per result point of view we did the comparative analysis between proposed & previous existing approaches.
机译:这是基于9D,5G和高科技医学科学的高科技科学技术的年龄。所有这些类型的技术都使用计算机视觉系统,大多数计算机视觉算法使用三角仪数学,根据三角余弦和正弦,这些是在大多数CV算法中使用的两个最强大的功能。当前时代我们拥有高速处理单元,我们使用ALU逻辑,就快速图形计算而言,我们需要GPU上的GPU有单独的三角计算处理单元,其中称为CORDIC。因此,本文基本上我们提出了一种新颖的算法,能够在更短的时间内计算正弦和余弦值。对于应用级别分析,我们使用DCT,根据结果,我们在拟议和以前现有方法之间进行了比较分析。

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