第十一部分 SDRAM读写例程

自己编写的红外解码子程序，但CPU资源占用较高，作教学示范用途。(prepared their infrared decoding routines, but higher occupancy CPU resources for teaching demonstration purposes.)

说明：  基於空間向量調變的開關法，在於載波做比較切出方波再送至開關讓馬達啟動(Based on the switching method of space vector modulation, the square wave is cut out for carrier comparison and sent to the switch to start the moto)

说明：  本文研究的IIC总线控制器具有如下特征 1.兼容飞利浦I2C标准，以主机模式与外围设备进行数据通信，对IIC从机模型进行读/读，读/写，写/写，写/读[18]。 2.多主操作 3.软件可编程时钟频率 4.时钟拉伸和等待状态生成 5.软件可编程确认位 6.时钟同步设计 7.仲裁中断丢失，自动转移取消 8.开始/停止/重复启动检测/确认生成 9.总线忙检测(The IIC bus controller studied in this paper has the following characteristics. 1. Compatible with Philips I2C standard, data communication between host mode and peripheral devices, read/read, read/write, write/write, write/read for IIC slave model [18]. 2. Multiple Main Operations 3. Software programmable clock frequency 4. Clock stretching and waiting state generation 5. Software Programmable Confirmation Bit 6. Clock Synchronization Design 7. Loss of arbitration interruption and cancellation of automatic transfer 8. Start/Stop/Repeat Start Detection/Verification Generation 9. Bus busy detection)

8位突发长度，一次64bit数据读写，MIG核(DDR3 controll implimention)

VHDL code of a counter Code VHDL d un compteur

计算三平动并联机构工作空间，自己编的，测试可以用(Calculation of three translation parallel mechanism)

说明：  “基于 ROM 的 LCD图片显示实验 ”中利用 FPGA 片上存储资源存储图片，并通过 LCD接口将图片显示到 LCD屏幕上。但是由于 FPGA 片上存储资源有限，只能存储分辨率较小的图片(In the experiment of LCD image display based on ROM, FPGA on-chip storage resources are used to store pictures, and the pictures are displayed on LCD screen through LCD interface. However, due to the limited on-chip memory resources of FPGA, it can only store images with smaller resolution)

vhdl 语言实现的lms算法的自适应滤波器 两种实现方式 包括改进(VHDL language lms algorithm adaptive filter implemented in two ways including improved)

利用硬件（可编程逻辑器件FPGA）实现密码算法SHA256，在FPGA中嵌入软核NIOSii，在NIOSii上进行软件编程。硬件EDA工具为ALTERA的Quartus ii，软件IDE为eclipse（嵌在Quartua中）。

这是这本书的第四个版本，现在这个版本不仅提供了VHDL语言的覆盖面，但设计方法的信息，以及。此版本将指导读者通过创建一个VHDL设计的过程中，模拟设计，综合设计，放置和布线设计，使用的重要模拟验证的最终结果，新的技术，称为全速调试，提供了极其快速设计验证。在这个版本的设计，例如已被更新(This is the fourth version of the book and this version now not only provides VHDL language coverage but design methodology information as well. This version will guide the reader through the process of creating a VHDL design, simulating the design, synthesizing the design, placing and routing the design, using VITAL simulation to verify the final result, and a new technique called At-Speed debugging that provides extremely fast design verification. The design example in this version has been updated to reflect.)