文章介绍了YUV向RGB颜色空间转换的硬件电路实现算法.在高基乘法算法基础上,建立了参数化高基乘法算法模型,并给出了Verilog HDL描述 小数乘法的整数乘法近似和近似误差给予了详细的讨论.采用乘法单元复用的设计结果将在两个时钟周期内完成YUV向RGB的颜色空间转换.-This paper introduces the YUV to RGB color space conversion hardware algorithm. Matrix multiplication algorithm i

浮点数 矩阵乘法模块 verilog语言编写 可直接调用-Floating-point matrix multiplication module can directly call verilog language

实现矩阵相乘，即点积运算，为VERILOG语言。可以根据自己的需要改变维数，采用了流水线的结构-Achieve matrix multiplication, ie dot product operations, for VERILOG language. You can change the dimension according to their needs, using a pipeline structure

基于S10新品的2x2矩阵乘模块，附带双精度的乘法，除法ip核(2x2 matrix multiplication module based on S10 new product, with double precision multiplication, division IP kernel)