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VHDL语言100例详解
- VHDL语言100例详解。详细讲解了用VHDL语言进行数字电路和数字系统设计的知识。用100个实例，不仅进行基础的门电路设计，而且还有较为复杂的数字系统设计。这些实例可以直接被调用。-VHDL Elaborates on 100 cases. Detailed account of VHDL for digital circuits and digital systems design knowledge. With 100 examples, not only for infrastructu
vhdlprogram
- 用复杂可编程逻辑器件(CPLD)实现的数字钟控系统-with complex programmable logic devices (CPLD) with a digital clock control system
20060510205455473
- vhdl设计事例,有助于FPGA初学着,High-Performance 1024-Point Complex FFT-vhdl design examples, to help novice FPGA. High-Performance 1024-Point Complex FFT
complex
- 时钟，信号灯verilog for FPGA
32_bit_complex_multiplier
- 一款32位复数乘法器，用verilog写的。-32_bit complex multiplier,written in verilog HDL.
fft
- 快速傅立叶变换（FFT）的FPGA实现,本系统采用了不同点数基2的复FFT。-Fast Fourier Transform (FFT) of the FPGA, the system uses two different points-based complex FFT.
CORDIC
- ：CORDIC算法将复杂的算术运算转化为简单的加法和移位操作，然后逐次逼近结果。这种方法很好的兼顾了精度、速度和硬件复杂度，它与VLSI技术的结合对DSP算法的硬件实现具有极大的意义，因而在数字信号处理领域得到了广泛应用。本文首先简要介绍了CORDIC算法的原理，然后详细描述了双模式（旋转/向量）CORDIC算法的预处理和后处理，并且基于FPGA实现了流水线双模CORDIC算法。-By converting complex arithmetic into simple operations su
verilog-program
- 国外经典verilog程序集锦，含有从最简单的定时器创建到复杂逻辑的实现。-Classic Collection verilog program abroad, with the timer created from the most simple to complex logic.
CCMU
- 代码是一个复数乘法器，两个复数相乘，只用到了2个实数相乘，运算量少-Code is a complex multiplier, two complex multiplication, uses only real number multiplied by 2, operations less
cmultip
- 用VERILOG HDL 实现节省乘法器的16位复数乘法器-With VERILOG HDL achieve savings of 16-bit complex multiplier multiplier
16Point-FFT
- 16点FFT VHDL源程序，The xFFT16 fast Fourier transform (FFT) Core computes a 16-point complex FFT. The input data is a vector of 16 complex values represented as 16-bit 2’s complement numbers – 16-bits for each of the real and imaginary component of a
cmult
- 复乘法器的FPGA实现， 希望对初学者有帮助 -Complex Multiplier FPGA to achieve, and they hope to help beginners
DSP
- 从算法设计到硬线逻辑的实现：复杂数字逻辑系统的Verilog HDL设计技术和方法，结合DSP算法介绍verilog HdL 设计。-From algorithm design to achieve hard-wired logic: complex digital logic system Verilog HDL design techniques and methods, combined with DSP algorithm design verilog HdL introduced.
R
- 双向移位寄存器的原理设计程序，对于初学者将会有很大帮助，尤其在设计功能比较复杂的FPGA时，有些问题其实用这个就很简单-The principle of bi-directional shift register the design process, for beginners there will be a great help, especially in the design features of the FPGA more complex, there are some proble
lunwen
- 潘明海 刘英哲 于维双 (论文) 中文摘要： 本文讨论了一种可在FPGA上实现的FFT结构。该结构采用基于流水线结构和快速并行乘法器的蝶形处理器。乘法器采用改进的Booth算法，简化了部分积符号扩展，使用Wallace树结构和4-2压缩器对部分积归约。以8点复点FFT为实例设计相应的控制电路。使用VHDL语言完成设计，并综合到FPGA中。从综合的结果看该结构可在XC4025E-2上以52MHz的时钟高速运行。在此基础上易于扩展为大点数FFT运算结构。 -Pan Mingha
complex_mult
- Complex mult in vhdl
complex-mul
- complex multiplier in verilog code is uploaded
The-complex-digital-clock-program
- The complex digital clock program
Quadrature_MACx42_AvalonSt_Input v1.0
- This module does Complex MAC based on Altera Stratix 2 DSP Blocks.
DSP48E1_ComplexMul
- This module does Complex multiplication based on Xilinx DSP48E1 dsp block. Proved on xilinx Virtex 6 Devices