搜索资源列表
CORDIC
- 用verilog写的CORDIC算法实现,很适合做超越函数的运算。通常用于实现正弦乘法,或者坐标变换。-The cordic arithmetic implemented by verilog is adapted to exceed function.It is usually used to implement sine multiplication or coordinate tuansform.
基于CORDIC算法的FFT
- 采用按时间抽选的基4原位算法和坐标旋转数字式计算机(CORDIC)算法实现了一个FFT实时谱分析系统。-time selected by using the four-situ algorithm and coordinate rotation digital computer (CORDIC) algorithm is one is a real-time FFT spectrum analysis system.
cordic_beh
- 这是实现cordic算法的一些源程序,各文件的说明可以参见文件内部注释。 -This is the algorithm Coordinate rotation digital source, the documents of the internal documents can be found in the Notes.
magnitude
- 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 algori
cordic
- This attachment consists of the coordinate rotation digital computer algorithm code which is most use algorithm in signal processing
module
- 深入的理解总线的概念和特性,掌握总线的传输控制特点,熟悉计算机的数据通路概念和原理,了解其构建方法以及数据和地址是怎样在通路上传输的,将运算器模块与存储器模块连接起来,了解运算器和存储器是如何协调工作的。-Understanding of the concept and characteristics of the bus master the bus transfer control features, familiar with computer data access concepts a
dba_design_based_on_fpga_and_dsp
- 本文主要介绍了一个自适应波束形成器的原理及其实现方法,结合当今最先进的可编程芯片,包括数字信号处理器(DSP),现场可编程逻辑门阵列(FPGA)实现了数字波束形成,适用于如3坐标雷达系统等复杂阵列信号处理系统。其研制成果已应用在多部相控阵雷达中,缩小了我国在这个领域与其他国家之间的差距,具有重要的经济意义和军事意义。-This paper describes an adaptive beamformer principle and implementation method, combining
cordicshift
- COordinate Rotation DIgital Computer (CORDIC) based digital signal processing
cordic
- CORDIC(Coordinate Rotation Digital Computer)算法即坐标旋转数字计算方法。 CORDIC算法,能够通过平移和累加快速实现基础的数学函数,包括三角函数,开方,指数,对数,平方根等函数。-CORDIC (Coordinate Rotation Digital Computer) algorithm for the coordinate rotation digital calculation. CORDIC algorithm can be achieved
cordic
- we propose a low-cost sequential and high performance architecture for the implementation of CORDIC algorithm in two computation modes. It suited for serial operation that performs conversion between polar and rectangular coordinate systems, essentia
CORDIC
- CORDIC数字计算机的设计,即坐标旋转数字计算机-CORDIC digital computer design, that coordinate rotation digital computer
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- 体系相对导航系的角速度在体系上的分量 参照捷联惯性_里程仪_伪卫星车载组合导航系统研究 locity(i,:)) ) - gn 车体相对惯性系加速度在地理坐标系上的分量,标称值 参照捷联惯性_里程仪_伪卫星车载组合导航系统研究36 --1个论文(GPS中频信号处理及其FPGA实现)-System angular velocity relative navigation system' s components in the system, inertial reference _
CORDIC_SinCos
- 利用坐标旋转计算方法CORDIC操作计算sin和cos函数值。-Coordinate rotation calculations using CORDIC operations calculate sin and cos function value.
lab2_cordic
- 在FPGA上实现Cordic算法用于计算sin(x)。Cordic算法的全称是Coordinate Rotation Digital Computer ,可以用于实现对多种超越函数的运算。-Implemented on FPGA Cordic algorithm is used to compute sin (x). Cordic algorithm stands Coordinate Rotation Digital Computer, can be used to achieve a var
generate-coordinates
- 使用VHDL编写语言,巧妙的利用计数器和循环输出一个坐标系,由于VHDL出现负数比较麻烦,全部由正数代替,输出一个原点在中心,半径128的256×256的坐标。方便坐标变换以及用此坐标做算法。-Use of VHDL language, clever use of counter and loop outputs a coordinate system, because VHDL negative too much trouble, all replaced by a positive numb
root_cordic
- 这是求平方根的VHDL工程,使用CORDIC旋转坐标算法,完整的工程文档,可以仿真实验。-This is the square root of the VHDL project using rotating coordinate CORDIC algorithm, a complete engineering documents, can be simulated experiments.
Screen-saver
- 设计一个屏幕保护程序,对其编译,仿真,下载。 屏幕保护程序具体要求如下: 1. 使用ISE附件中的CORE Generator在块RAM/ROM中存储一幅图像数据,将此模块作为屏幕保护程序的一部分,存储屏幕保护程序中所用的图像。 2. 当启动程序或者按下btn[3]时,图像显示在其初始位置(C1,R1)处,(C1,R1)为图像左上角像素点初始位置。这里,我们设置的初始位置即为左上角坐标(0,0)处。 3. 按下btn[0],图像按照设定方式产生动态效果。我们的实验中设计的是按下
coordinate-transformation
- 实现坐标变换,包括clark和park变换,clark变换实现三相静止坐标转换到两相静止坐标,park变换实现两相静止坐标转换到两相旋转坐标-Achieve coordinate transformation, including clark and park transform, clarke transform phase static coordinate conversion to the two-phase stationary coordinate, park transform t
