detection of the following sequence ‘10110110’in VHDL

采用systemc语言设计了一个状态机，主要包括两个进程，仿真结果表明状态机可以正常工作-Systemc language designed using a state machine, mainly consists of two processes, the simulation results show that the state machine can work properly

一个交通灯的vhdl语言实现 用 ＶＣ的　　１．在指定的文件夹内查找某个文件 　　　　　２．获取系统文件夹的路径， 要求显示windows system temp 当前目录的路径 Ｃ语言　　跳马问题：在５＊５的棋盘上，以编号为１的点出发，按日只跳马，要求不重复地跳所有位置，求出符合规则所有跳马的方案 　　　　１　　６　　１５　　１０　　２１ 　　　　１４　９　　２０　　５　　　１６ 　　　　１９　２　　７　　　２２　　１１ 　　　　８　　１３　２４　　１７　　４ 　　　　２５　１８　３　　　１２　　２３ -a traffic light VHDL language of a VC. The designated folders to search within a document 2. Access to the system folder path, requested that the current windows system temp directory path C language vault : 5* 5 in the chessboard to the No. 1 starting point, the only daily vault and asked not to repeat all locations to jump to get in line with all rules of the program vault 1 6 15 10 21 14 9 20 5 16 19 2 7 22 11 8 13 24 17 4 25 18 3 12 23

说明：  MATLAB的SIMULINK和FPGA联合设计滤波器等，摆脱了传统的代码设计。(MATLAB's SIMULINK and FPGA jointly design filters and so on, and get rid of the traditional code design.)

基于FPGA的门级逻辑实现快速乘法运算的verilog源程序。-FPGA-based gate-level logic implementation of rapid multiplication of the verilog source.

FPGA的SRAM存储器的控制程序，包括时序测试-FPGA

verilog 写的 多功能数字钟-verilog to write multi-functional digital clock

FFT with fix point 2*N

利用xilinx开发板，使用嵌入式系统，编写的ps2键盘和利用dds原理产生正弦波的程序(Using xilinx development board, the use of embedded systems, the preparation of the ps2 keyboard and use the procedures dds elements of the sine wave)

根据软件无线电的思想，提出了一种新颖的数字信号处理算法，对QPSK信号的相位进行数字化处理，从而实现对QPSK信号的解调.该算法允许收发两端载波存在频差，用数字锁相实现收发端载波的同步，在频偏较大的情况下，估算频偏的大小，自适应设置环路的带宽，实现较短的捕获时间和较好的信噪性能。整个设计基于XILINX公司的ISE开发平台，并用Virtex-II系列FPGA实现。用FPGA实现调制解调器具有体积小、功耗低、集成度高、可软件升级、扰干扰能力强的特点，符合未来通信技术发展的方向。(According to the idea of software radio, a novel digital signal processing algorithm, the phase of QPSK digital signal processing, enabling the demodulation of QPSK signals. This algorithm allows the sending and receiving ends of the carrier frequency difference exists, using digital phase-locked to achieve synchronization of sending and receiving end of the carrier, in the case of large frequency offset, frequency offset estimation of the size, adaptive set the loop bandwidth to achieve shorter acquisition time and better noise performance. The whole design is based on the company XILINX ISE development platform, and Virtex-II series with the FPGA. FPGA realization of a modem with a small size, low power consumption, high integration, software upgrades available, the characteristics of strong interference interference, in line with the future direction of ICT development.)

通信中卷积交织/解交织FPGA源程序，采用verilogHDL代码实现，包含测试程序，经过验证。(Communication in the convolutional interleaving/de interleaving FPGA source program, using verilogHDL code to achieve, including test procedures, after verification.)