串口verilog实现

基于FPGA平台的verilog语言编写的uart串口通信代码，可以实现发射和接收，并附有multism仿真代码。可以实现功能。Uart serial communication code written based on FPGA platform verilog language can realize transmit and receive, with multism simulation code. Can achieve the function.

arm的axi接口转spi接口master源代码，已经使用过，带注释，

基于LabVIEW FPGA的频谱估计与分析(the power spectrum estimation and analysis based on LabVIEW FPGA)

A design on a DE270 FPGA with the use of CCD: a camera DC2 and a TRDB LTM after reading from the SRAM.

设计遥控器接收解码电路。该电路接收编码后的串行数据，解码输出数据。电路接收 到的串行数据的格式为： 4 位同步码“ 1010”， 4 位数据（高位在前）， 1 位奇校验码（对前 8 位数据校验）(Design of remote control receiver decoding circuit. The circuit receives the encoded serial data and decodes the output data. The format of the serial data received by the circuit is: 4 bit synchronous code "1010", 4 bit data (high in the front), 1 bit parity check code (check for the first 8 bits of data))

用DE0开发板实现电话计费器，基本功能：可设置通话模式，能初始化话费余额，拨动开关可进入通话模式，并根据通话时间和相应通话模式扣除相应的费用。通话过程中能够通过开关切换显示通话时间和话费余额，并可暂停通话。压缩包里有详细的WORD文档的说明，包括波形仿真和DE0的引脚功能介绍。(Implemented by DE0 board telephone billing, basic function: to set the call mode, you can initiate credit balance, toggle switch into the talk mode, and deduct the cost of a call based on call time and the corresponding mode. Call talk time and can be displayed by switching credit balance, and mute. Compression bag has a detailed description of WORD documents, including the waveform simulation and DE0 pin function description.)

一篇讲述如何在pspice软件中仿真忆阻器（memristor）替代蔡氏混沌电路中的非线性电阻进而观察研究混沌相图的文献(How about a software simulator pspice memristor (memristor) alternative Chua' s chaotic circuit chaotic nonlinear resistance and then observe the phase diagram of the literature)

完整的GMSK调制及维特比译码，程序中包括了高斯滤波器的设计，调制相位的计算，并采用了维特比译码算法解调出原始码元，最后计算了其误码率。(Complete GMSK modulation and Viterbi decoding, the program includes a Gaussian filter design, the calculation of the phase modulation, and uses the Viterbi algorithm demodulates the source element, the final calculation of the bit error rate.)

mimo检测算法的FPGA实现，包括最小迫零检测算法和ML检测算法，已在ISE上仿真通过 (mimo detection algorithm for FPGA implementation, including the smallest zero forcing detection algorithm and ML detection algorithm has been simulated by ISE on)

FIFO is a First-In-First-Out memory queue with control logic that manages  the read and write operations, generates status flags, and provides optional  handshake signals for interfacing with the user logic. It is often used to  control the flow of data between source and destination. FIFO can be  classified as synchronous or asynchronous depending on whether same clock  or different (asynchronous) clocks control the read and write operations. In  this project the objective is to design, verify and synthesize a synchronous  FIFO using binary coded read and write pointers to address the memory  array. FFIO full and empty flags are generated and passed on to source and  destination logics, respectively, to pre-empt any overflow or underflow of  data. In this way data integrity between source and destination is maintained.  The RTL description for the FIFO is