256 点 FFT 实现的设计与实现

说明：  ZYNQ中 PS 端 CAN接口的基本使用方法，并通过 CAN接口实现与 PC 端 CA N调试软件之间的数据接收和发送(The basic use method of PS end can interface in zynq, and the data receiving and sending with PC end can debugging software through can interface)

对ccd图像进行解码采集，并通过VGA输出(Ccd image decoding of the collection, and through the VGA output)

modelsim下的60进制计数器源码和测试激励文件(modelsim M counter 60 under the source file and test incentives)

利用8段数码管实现的秒表时钟，FPGA使用EP2C80208C8N，通过例化数码管控制模块、秒表计时模块、时钟进位模块等实现准确计时。

請設計一個8位元移位暫存器，規格如下： 當控制線S1，S2輸入為00時，平行載入； 當控制線S1，S2輸入為01時，在一時脈內向右shift 1位元； 當控制線S1，S2輸入為10時，在一時脈內向右shift 2位元； 當控制線S1，S2輸入為11時，在一時脈內向右shift 3位元 (Serial Adder)

说明：  This paper analyzes the cryptography scheme of the Trust Platform Model(TPM). The focus of the discussion would be the comparison of elliptic curve cryptography and the nowadays widely used 2048-bit RSA in evaluating which would be better suited to be used on TPM. A TPM implementation scheme based on ECC is proposed, which includes encryption and decryption schemes, signature and verification scheme, key agreement scheme. Corresponding examples of TPM commands would also be given.

此代码可以实现16位二进制和BCD码之间的转换。(This code can realize the conversion between 16 bit binary and BCD code.)

用VHDL语言编写的LDPC码硬件实现语言，相对于verilog的，比较简单-Using VHDL language LDPC code hardware implementation language, compared to Verilog, and relatively simple

微波炉定时器集成电路的设计 1、 控制状态机：工作状态状态转换。 2、 数据装入电路：根据控制信号选择定时时间、测试数据或完成信号的装入。 3、 定时器电路：负责完成烹调过程中的时间递减计数和数据译码供给七段数码显示，同时还可以提供烹调完成时间的状态信号供控制状态机产生完成信号。 -microwave timer IC design a control state machine : state of the state conversion work. 2, data loading circuit : According to choose control signal timing, or the completion of the test data signal load. 3, timer circuit : responsible for the completion of the cooking process of counting and time decreasing supply data decoding digital paragraph 107, while cooking can also provide time to complete state control signal for the state machine generated signals.

说明：  这是一个用Verilog语言编写的一组程序，主要是熟悉开发板的应用，以及verilog语言(This is a Verilog language with a set of procedures, mainly familiar with the application development board, and the verilog language)