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Description: Verilog HDL: Magnitude
For a vector (a,b), the magnitude representation is the following:
A common approach to implementing these arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonometric functions of sine, cosine, magnitude, and phase using an iterative process. It is made up of a series of micro-rotations of the vector by a set of predetermined constants, which are powers of two. Using binary arithmetic, this algorithm essentially replaces multipliers with shift and add operations. In a Stratix™ device, it is possible to calculate some of these arithmetic functions directly, without having to implement the CORDIC algorithm.
-Verilog HDL : For a vector magnitude (a, b), the magnitude representation is the following : A common approach to implementing thes e arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonome tric functions of sine, cosine, magn itude, and phase using an iterative process. It i 's made up of a series of micro-rotations of the v ector by a set of predetermined cons tants, which are powers of two. Using binary ar praxiology metic, this algorithm essentially replaces m ultipliers with shift and add operations. In a Stratix
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Size: 12917 |
Author: 郝晋 |
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Description: cordic算法的Verilog HDL具体实现
Platform: |
Size: 7701 |
Author: 王伟 |
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Description: Verilog HDL: Magnitude
For a vector (a,b), the magnitude representation is the following:
A common approach to implementing these arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonometric functions of sine, cosine, magnitude, and phase using an iterative process. It is made up of a series of micro-rotations of the vector by a set of predetermined constants, which are powers of two. Using binary arithmetic, this algorithm essentially replaces multipliers with shift and add operations. In a Stratix™ device, it is possible to calculate some of these arithmetic functions directly, without having to implement the CORDIC algorithm.
-Verilog HDL : For a vector magnitude (a, b), the magnitude representation is the following : A common approach to implementing thes e arithmetic functions is to use the Coordinate Rotation Digital Computer (CORDIC) algorithm. The CORDIC algorithm calculates the trigonome tric functions of sine, cosine, magn itude, and phase using an iterative process. It i 's made up of a series of micro-rotations of the v ector by a set of predetermined cons tants, which are powers of two. Using binary ar praxiology metic, this algorithm essentially replaces m ultipliers with shift and add operations. In a Stratix
Platform: |
Size: 12288 |
Author: 郝晋 |
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Description: 介绍了CORDIC数字计算机的设计,采用的是verilogHDL,在modelsim上可以实现仿真验证,压缩包中包含CORDIC的工作结构图,比较详细-Introduced the CORDIC digital computer design, using the verilogHDL, can be achieved on the ModelSim simulation, compressed package that contains the work of CORDIC structure diagram, a more detailed
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Size: 141312 |
Author: yaoyongshi |
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Description: cordic算法的Verilog HDL具体实现-CORDIC algorithm specific realize Verilog HDL
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Size: 7168 |
Author: 王伟 |
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Description: 精通verilog HDL语言编程源码之6--CORDIC数字计算机的设计-Proficient in language programming verilog HDL source of 6- CORDIC digital computer design
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Size: 1024 |
Author: 李平 |
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Description: cordic IC implement for fast cordic calculate.
Including test bench.
feature:
1. slicon proved.
2. support angle recored algorithm.-cordic IC implement for fast cordic calculate.Including test bench.feature: 1. slicon proved.2. support angle recored algorithm.
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Size: 8192 |
Author: TTC |
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Description: 用Verilog HDL写的CORDIC算法程序,用于极坐标的笛卡尔坐标的呼唤。采用了宏定义,可以方便的配置CORDIC的参数,值得学习。此程序来自OPENCORES,我用过,很好。-A verlog HDL programme which implement CORDIC algorithem for Polar to Rectangle transform.
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Size: 92160 |
Author: hcq |
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Description: pipelined cordic algorithm in hdl
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Size: 2048 |
Author: jai |
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Description: CORDIC arctangent(atan) Simulink model. You can generate HDL from this model
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Size: 30720 |
Author: nnmb |
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Description: CORDIC arctangent(atan) Simulink model. You can generate HDL from this model
Platform: |
Size: 30720 |
Author: gogo |
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Description: CORDIC算法相角模式HDL实现源码,Verilog HDL书写,10级迭代,仿真验证通过。-CORDIC algorithm implementation phase model HDL source code, Verilog HDL writing, 10 iterations, the simulation is verified.
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Size: 2048 |
Author: 朱利华 |
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Description: 基于FPGA平台的,坐标旋转数字计算方法Cordic的Verilog描述。可用于计算sin、cos等三角函数。-Cordic in verilog hdl
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Size: 3072 |
Author: 孙佳宇 |
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Description: 基于cordic算法的VERILOG HDL的设计,仿真和验证都正确,是一个开根号的算法。-cordic, verilog
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Size: 502784 |
Author: wangding |
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Description: Verilog HDL 实现的Cordic算法 用来计算sin值
8位数据 6次迭代-Verilog HDL Cordic to calculateb sinx
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Size: 4962304 |
Author: Joe |
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Description: CORDIC算法的流水线verilog HDL实现,包含modelsim仿真所需的设计文件与testbench。-This is an implementation of CORDIC algorithm in verilog HDL, which contains design code and testbench.
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Size: 1024 |
Author: zhouwen |
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Description: Altera 的CORDIC IP核,Verilog HDL-Altera CORDIC IP core, Verilog HDL
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Size: 896000 |
Author: 杨睿 |
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Description: 基于Verilog HDL语言,用cordic算法的旋转模式实现三角函数和反三角函数的计算(Calculation of trigonometric function and anti trigonometric function by rotation mode of CORDIC algorithm)
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Size: 8192 |
Author: yinbayinba
|
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Description: 用cordic算法求三角函数与反三角函数的Verilog编程(Verilog programming of trigonometric function and inverse trigonometric function by CORDIC algorithm)
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Size: 1429504 |
Author: yinbayinba
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Description: 基于verilog HDL的cordic算法FPGA实现。省去繁琐的乘法开方计算。IDE为vivado 2014( U57FA u4E8Everilog HDL u7684cordic u7B97 u6CD5FPGA u5B9E u73B0 u3002 u7B1 u53BB u7E1 u7410 u7684 u4E58 u6CD5 u5F00 u65B9 u8BA1 u7B97 u300BIDE u4E3Avivado 2014)
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Size: 97280 |
Author: 涛2017777 |
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