The use of Altera' s FPGA

应用背景在本文中，我们提出了一种高效的非流水线式AES-128实现高实施吞吐量，以便它可以使用在千兆协议。我们实现我们的AES-128加密设计在Xilinx Virtex-7 FPGA解密了4.86 Gbps的5.30/ ECB模式和5.23/4.84吞吐量在CBC模式Gbps。关键技术由于高吞吐量的要求加密信道的体系结构，一种高效的实施硬件是必要的。这可以实现通过使用高端可重构智能利用平台。实现令人信服的高吞吐量，一高效的非流水线式的先进实现数据加密标准（AES）和密钥长度为128比特，用于千兆位现场可编程门阵列（FPGA）协议提出。

通过串口发送，实现FPGA与stm32的dds发生器(Implementation of DDS generator)

FFT 8 PT RDX 2 USING VERILOG

THIS IS A SOURCE CODE FOR LIFT IN VHDL LANGUAGE

应用背景****************************************************************************关键技术这个项目的目的是研究开发板的最大。该项目是实现闪烁的发光二极管具有不同的频率和/关闭时，你按按钮。

4、各个功能的主要源程序 1、移相模块： = 1 * GB2 * MERGEFORMAT ⑴、相位累加器： architecture one of add32 is begin   s

altera嵌入式设计大赛文章，车载cots设计实现-Embedded Design Contest altera article, cots Car Design

说明：  RISC 5级流水线CPU，带HAZARD处理(RISC 5 pipeline CPU with HAZARD processing)

高精度小数除法器设计与实现。 在FPGA开发板上实现小数除法器，输入输出信号N_in [15:0], D_in[15:0]，N_in[15:0]小于D_in，即被除数小于除数，输出商Q_out[15:0]中Q[15]一定为0，Q[14:0]为商的小数部分。输入和计算结果通过VGA显示。(Precision fractional divider design and implementation. In the FPGA development board fractional divider, input and output signals N_in [15: 0], D_in [15: 0], N_in [15: 0] less than D_in, ie the dividend is less than the divisor, quotient output Q_out [15: 0] in Q [15] necessarily 0, Q [14: 0] for the business of the fractional part. Input and calculation results display by VGA.)

design and implement a digital system on the Altera NIOS board which will read an analogue input using MicroChip’s SPI MCP3202 12-Bit A/D converter. The 8 most significant bits of the converted data will be displayed on two seven segments of the NIOS development board. The sampling frequency is 20kHZ. Use a potentiometer.(design and implement a digital system on the Altera NIOS board which will read an analogue input using MicroChip' s SPI MCP3202 12-Bit A/D converter. The 8 most significant bits of the converted data will be displayed on two seven segments of the NIOS development board . The sampling frequency is 20kHZ. Use a potentiometer.)