并行进，串行出的verilog源代码

说明：  在quartus上运行16QAM仿真，实现在modelsim上的波形仿真(Running 16QAM simulation on quartus)

// DEFINES `define BITS 32         // Bit width of the operands `define NumPath 34        module bgm(clock,  reset, sigma_a,  sigma_b,  sigma_c, Fn, dw_x, dw_y, dw_z, dt, Fn_out  ); // SIGNAL DECLARATIONS input clock; input reset; input [`BITS-1:0] sigma_a; input [`BITS-1:0] sigma_b; input [`BITS-1:0] sigma_c; input [`BITS-1:0] Fn; input [`BITS-1:0] dw_x; input [`BITS-1:0] dw_y; input [`BITS-1:0] dw_z; input [`BITS-1:0] dt;

基于FPGA的16QAM，用verilog编写，其中DDS为自己编写，含设计文件和testbench。已通过moldesim软件仿真。 (FPGA-based 16QAM, with verilog writing, including DDS for their preparation, including design files and testbench. Simulation software has been through moldesim.)

UART文件 包括发送器 接收器 fifo 测试文件(UART file includes a receiver transmitter fifo test files)

说明：  AD9250是一款双通道14位ADC，最高采样速率250 MSPS，JESD204B Subclass 0或Subclass 1编码串行数字输出(The ad9250 is a dual channel 14 bit ADC with a maximum sampling rate of 250 MSPs and jesd204b sub class 0 or sub class 1 coded serial digital output)

systemc实现的一个fifo，对想要学习systemc的同学很有帮助哦(A fifo systemc achieved, the students want to learn systemc helpful oh)

华为FPGA设计全套资料，学习FPGA的朋友可以下载看看。(Huawei FPGA design a full set of materials, friends learning FPGA can download and see.)

these are verilg prgms

本代码用verilog语言配合sopc和nios实现了串口调试的目的。软件编程用C语言描述，只是比较简单的例子，适合初学者做了解用，本人亲自在EP2C8Q上实践。(The code to use verilog language sopc and nios achieved with serial debugging purposes. Software programming using C language description, but relatively simple example for beginners to do with understanding, I personally EP2C8Q on practice.)

基于FPGA开发的均值滤波程序，效率很高，非常有用(Based on FPGA development of the mean filter program)