搜索资源列表
m32104ut_pld
- Definitions for Programmable Logic Device(PLD) on M32104UT board.
m32104ut_pld
- Definitions for Programmable Logic Device(PLD) on M32104UT board. Based on m32700ut_pld.h.
mappi3_pld
- Definitions for Extended IO Logic on MAPPI3 board. based on m32700ut_pld.h.
phy3250
- On some early LCD modules (1307.0), the backlight logic is inverted. For those board variants, swap the disable and enable states for BKL_POWER_GPIO.
opsput_pld
- Definitions for Programmable Logic Device(PLD) on OPSPUT board.
m32700ut_pld
- Definitions for Programmable Logic Device(PLD) on M32700UT board.
mappi2_pld
- Definitions for Extended IO Logic on MAPPI2 board. based on m32700ut_pld.h.
TEM1880
- 该程序主要在imx6开发板上面模拟实验室设备上操作软件的运行Demo,嵌入式Qt开发环境、需要iMax6版交叉编译器进行编译,界面逻辑相对较多。-The program mainly in imx6 development board above simulation laboratory equipment to operate the demo of the software running, embedded Qt development environment, need to iMax
chess-game-develop
- 本书非常详尽、深入地讲解了一个象棋程序AI的开发和算法,包括基本的程序结构,以及迭代算法和效率优化。对于棋类游戏的开发非常有一般性的指导意义。其理论和逻辑不仅适用于中国象棋,也适用于一切棋盘类的的游戏开发!吐血推荐!-This book is very detailed and in-depth explanation of a chess program AI development and algorithms, including the basic structure of the pr
butterflylight_latest.tar
- The Butterfly Light is an open source, modular FPGA development board. It is comprised of the USB Cocoon and the Spartan 3E Cocoon which paired together create the Butterfly Light FPGA development board. The Butterfly Light is best suited for develop
2048
- 这是一个基于Qt开发的2048游戏,游戏逻辑采用 C++ 编写,界面基于Qt5.2.1开发,可在Qtcreator中运行,也可下载到开发板上运行。-This is based on Qt development 2048 game, game logic using C++ written Qt5.2.1 based interface development, can be run in Qtcreator, and can also be downloaded to the developm
traffic_control1
- (1) 学习和掌握了解分频电路、通用同步计数器、异步计数器的使用方法; (2) 理解Moore和Mealy两种状态机的一般编程方法,能够按工程控制需求设计相应的逻辑和时序控制程序。 以开发板上的六盏LED小灯模拟,三盏小灯模拟一个方向的红黄绿交通灯灯,用VHDL语言编程实现红绿交通灯控制程序。 -(1) to learn and master the understanding of frequency division circuit, universal synchronous
FPGA-Traffic-Light-Controller
- (1) 学习和掌握了解分频电路、通用同步计数器、异步计数器的使用方法; (2) 理解Moore和Mealy两种状态机的一般编程方法,能够按工程控制需求设计相应的逻辑和时序控制程序。 以开发板上的六盏LED小灯模拟,三盏小灯模拟一个方向的红黄绿交通灯灯,用VHDL语言编程实现红绿交通灯控制程序。 -(1) to learn and master the understanding of frequency division circuit, universal synchronous
hit_the_block
- 数字逻辑课程大作业,使用verilog语言编写的打砖块游戏。通过FPGA按钮控制弹板移动,反弹小球,控制小球方向,击打砖块。有VGA模块。-Digital Logic Courses big operations, the use of Verilog language brick game. The FPGA button controls the movement of the board, bounces the ball, controls the direction of the ba
1.Network install
- W5500 网络扩展板集成了一个硬件 TCP/IP 协议栈芯片 W5500 以及一个含有网络变压器 的 RJ-45(HR911105A)。其中,W5500 是一款全硬件 TCP/IP 嵌入式以太网控制器,为嵌入 式系统提供了更加简易的互联网连接方案.使用硬件逻辑门电路实现 TCP/IP 协议栈的传输 层及网络层(如:TCP, UDP, ICMP, IPv4, ARP, IGMP, PPPoE 等协议),并集成了数据链路 层,物理层,以及 32K 字节片上 RAM 作为数据收发缓存。使得上
jfinal-3.1-手册
- JFinal 3.1 针对 3.0 版推出的魔板引擎进行了深度打磨,例如魔板 parse 异常提示更加友好明确,消除指令嵌套时多出来的一个换行符,对于模板 isModified() 逻辑进行了重构,消除冗余代码,可读性更好。(JFinal 3.1 for the magic board engine version 3 launched the depth of grinding, such as the parse magic board abnormal more friendly and
源代码
- 本项目实现了基于STM32F4 平台的全向运动平台,并实现与手机交互。该平台充分运用了STM32F4 平台的强大性能与平台控制系统的便利性,实现了视觉追踪与控制逻辑生成,采用Android ADK框架进行板间通信,具有较强的兼容性。该项目在工业和民用领域具有较好的实用价值,如自然语言交互机器人、自主移动拍摄平台等(This project realizes the omni-directional moving platform based on STM32F4 platform, and re
YyTest
- 一个简单的 麻将例子 android开发(Just when you thought Mahjong had been covered, along comes a stylish new Solitaire Mahjong game ready to take centre stage. The game looks incredible on a tablet, but still manages to look and play great on a phone. This is the
IAP15F4K-串口通讯-和校验(中断方式)
- 使用单片机实验板,在Keil C开发环境中编写串口发送和接收程序。在串口发送和接收程序中编程增加校验位,使用逻辑分析仪捕捉单片机串口引脚发送和接收数据的波形,并与串口接收和发送的数据进行比较。(Using SCM experiment board, in the Keil C development environment to write serial send and receive program. In the serial sending and receiving program,
3-8译码器VHDL描述
- 在开发板FPGA:Spartan-3E 系列,型号:XC3S500E,封装:FGT320,速度-4;利用XIlinX编程,使用VHDL语言来描述组合逻辑器件3-8译码器(In the FPGA:Spartan-3E development board series, XC3S500E, FGT320, -4 package: speed; the use of XIlinX programming, using VHDL language to describe the combination