vhdl实现3*3矩阵乘法

自动白平衡的verilog实现 通过逻辑实现了白平衡算法(awb design awb design awb design awb design awb design )

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.

这个是用verilog语言编写的基于FPGA的交通灯控制器，分别控制四个方向上的交通灯的通断-The verilog language is FPGA-based traffic light controller, respectively, the four direction control of traffic lights-off

FPGA实现四位数与四位数乘法，有仿真波形，合理利用FPGA资源(Four-digit and four-digit multiplication is realized by using FPGA. It has simulation waveform and makes rational use of the resources of the FPGA.)

ecc椭圆算法RTL,verilog源代码经过验证，用于FPGA或者ASIC(ECC elliptic curve encryption algorithm for Verilog implementation)

FPGA编写环境，具有仿真容易，软件内存小的特点(FPGA authoring environment, with easy simulation software features small memory)

Xilinx picoBlaze explained

这主要是学习vhdl和fpga设计的一些资料(study for vhdl and fpga)

使用verilog语言，滚动显示“verilog”字符串程序代码及相关说明(Using verilog language, scrolling display " verilog" string code and instructions)

使用vhdl语言实现了数字滤波器，在Spartan-6上验证通过，最大支持240阶。源代码中滤波器为低通滤波器，可通过matlab中的fdatool工具生成滤波器系数，然后更改滤波器的通带和阻带。